Copper-based anti-seize compound is a good multi-use product that will get the job done in a multitude of situations.

High Heat

Like all anti-seize compounds, copper-based products can be used for cooler applications, but it remains effective at temperatures as high as 1800 degrees Fahrenheit, while aluminum anti-seize compound is only effective up to 1500 degrees Fahrenheit. Nickel products can withstand greater heat, but copper anti-seize protects against corrosion more effectively.

Conductivity

Unlike most anti-seize compounds, copper-based compounds conduct electricity. This makes copper anti-seize compounds ideal for application to the threads on spark plugs, ground screws or any job where maintaining a strong electrical current is essential.

Soft Metals

One of the qualities that make copper anti-seize compounds a go-to for so many jobs is its high level of metal compatibility. Notably, it is one of the only anti-seize compounds that will not degrade soft metals like lead, copper, tin, brass and bronze.

Corrosive Elements

Copper-based anti-seize compounds contain up to 40% solids, increasing its effectiveness against corrosive elements. It protects against persistent corrosion of salt exposure and is the superior choice to avoid galvanic corrosion when working with dissimilar metals.

When to Avoid Using Copper-Based Anti-seize Compound

Rubber Contact

Avoid using copper anti-seize products when they will come into contact with rubber components. Copper anti-seize compounds can cause deterioration of rubber components such as O-rings or rubber seals.

Unwanted Conductivity

While the electrical conductivity of copper anti-seize compounds makes it a good choice for some applications, this quality can also be a detriment in other situations. For example, there are concerns that copper anti-seize could disrupt the low voltage signals in sensitive driver's assistance systems and electronic braking systems in newer vehicles.

General Concerns

No anti-seize compound should be used on exposed threads. The compound will attract and retain contaminants. This can cause permanent damage to metal threads requiring them to be replaced or re-tooled.

Anti-seize compounds should not be used on moving parts such as high-speed automotive ball bearings. Such applications require a lubricant rather than an anti-seize compound. While an anti-seize compound has some lubricant functionality, its main purpose is to prevent corrosion and seizing. It is not interchangeable with pure lubricants which contain no solid matter.

High-Quality Anti-Seize Products from Rogo Fastener Company

Rogo Fastener is a family-owned company that was established in 1992. It has grown to become a trusted supplier of a full slate of materials and tools needed within the automotive and manufacturing industries.

Visit Rogo Fastener online and check out its extensive lineup of copper-based anti-seize compounds. Take a look at the comprehensive inventory of tools, chemicals and fasteners while you're at it. You're sure to find some essentials that you can't do without.

Sources:

• https://www.ampp.org/technical-research/impact/corrosion-basics/group-1/galvanic-corrosion
• https://blog.thepipingmart.com/metals/copper-vs-nickel-anti-seize-an-overview/
• https://www.youtube.com/watch?v=cCNQqRD5WMg
• https://autoexpert.com.au/posts/ultimate-anti-seize-guide-copper-aluminium-nickle-graphite#:~:text=Typically%2C%20copper%2Dtype%20anti%2D,can%20do%20that%20as%20well.

1. U.S. Fasteners
1. Includes body shims, lug nuts, cotter pins, washers, bolts, and more.
2. Adhesives & Epoxies
1. Includes thread lockers, gasket adhesive, super glue, and more.
3. Electrical
1. Includes a variety of bulbs, fuses, terminals, connectors, wires, sockets, and more.
4. Brake & Brass Fittings
1. Includes everything from compression fittings to inverted flare to brass pipe.
5. Retaining Clips & Domestic Fasteners
1. Includes everything from door panel clips to Xmas tree clips and more.
6. Cutting Tools
1. Includes air saw blades, drill bits, impact tools, and reciprocating blades.
7. Hoses, Tubing & Clamps
1. Includes a variety of fuel line clips & hoses, tube clamps, vacuum connectors, and more.
8. Starter Kits
1. Includes everything from wheel studs & nuts, metric flange starters, stainless steel fasteners, auto tape assortments, and more.

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1. Rivet Types
1. Closed-End
1. Used for sealing against moisture and contaminants
2. Blind
1. Used where only one side of the panel is accessible
3. Cleco Reusable
1. Employed temporarily before final riveting or welding for precise alignment
4. Dome
1. Utilized in visible areas where a smooth, finished appearance is desired
5. Monobolt
1. Applied in areas requiring high strength and resistance to vibration
6. Countersunk
1. Used where a flush finish is needed to avoid snagging or interference
7. Peel-Type
1. Ideal for securing softer materials like plastic and composite panels
8. Pop
1. Used for various applications, including quick repairs or attaching accessories
2. Rivet Materials
1. Aluminum
1. Great for protecting against rust / corrosion
2. Steel
1. Improved strength
3. Nylon
1. Plastic applications
3. Sizes to Consider
1. Diameter
2. Grip Range
3. Length
4. Tools Needed On-Hand
1. Double-Ended Drill Bits
2. Rivet Gun

Resources:

• https://henrysautowarehouse.com/automotive-rivets-explained
• https://www.speedwaymotors.com/the-toolbox/types-of-rivets-and-how-to-use-them/31416

Sharp drill bits are vital automotive tools in any automotive professional’s arsenal.

Properly sharpened drill bits boost precision and efficiency. They also reduce overall wear and tear on the tools. By learning to properly sharpen drill bits, automotive workers reduce costs while improving their performance.

Do you know how to sharpen drill bits for automotive applications? Keep reading for easy-to-follow steps, safety tips, and advanced techniques to help sharpen and maintain drill bits effectively.

Do Your Drill Bits Need Sharpening?

Is it time to sharpen your drill bits? How do you know when your drill bits need sharpening? A few signs can clue you in:

• Dull Cutting Edges: When a drill bit’s edges appear rounded and blunt, it becomes difficult to cut through materials efficiently.
• Slow Drilling Speed: When a drill bit takes longer to penetrate materials, the change indicates a loss of sharpness and cutting efficiency.
• Excessive Heat During Drilling: Drill bits that generate more heat than usual can cause discoloration or smoke – both signs that the drill bit is struggling to cut.
• Poorly Formed Holes: Rough, uneven holes that are not the correct size can indicate the drill bit is no longer cutting cleanly.

Tools and Materials Needed to Sharpen Drill Bits

When you’re ready to sharpen your drill bits, you need to gather the proper tools and materials, including:

• Bench Grinder: A rotating abrasive wheel that is used for grinding and sharpening metal, a bench grinder is used for reshaping and sharpening drill bits.
• Drill Bit Sharpener: This specialized tool is used to hold and sharpen drill bits at the correct angle.
• Safety Goggles: Protective eyewear shields eyes from flying debris and sparks.
• Work Gloves: Gloves protect hands from sharp edges, heat and debris.
• Marker or Chalk for Marking Angles: Markers and chalk are used to mark the correct sharpening angle on a drill bit.

• Lubricant for Cooling and Reducing Friction: Use a cooling agent to reduce heat building on the drill bit and minimize wear.

Safety Precautions Before Sharpening Drill Bits

Sharpening drill bits can be dangerous between the sharp edges and heat-producing tools. Safety, therefore, must be a priority. Remember the following safety tips when sharpening drill bits:

• Wear Safety Gear: Wear safety goggles and gloves to protect eyes and hands.
• Ensure Visibility: Ensure the workspace is well-lit to see clearly.
• Boost Organization: Keep tools and materials organized to avoid tripping or slipping.

Drill Bit Sharpening Step-by-Step Guide for Beginners

Once you’ve gathered your materials and taken proper safety precautions, you’re ready to start sharpening your drill bits. Fortunately, a few simple steps can help you along the way:

1. Prepare the Drill Bit: Get the drill bit ready by cleaning it with a cloth to remove dirt and debris. Once complete, inspect it for possible damage like cracks or chips.

• Use a Bench Grinder: Set up the bench rinder by adjusting its rest to match the drill bit angle Hold the drill bit to the correct angle – typically 60 degrees for standard bits. Then apply gentle pressure and rotate, evenly sharpening both cutting edges.

Use a Drill Bit Sharpener: Sharpen the drill bit by inserting it into the sharpener according to the manufacturer’s guidelines. Adjust the sharpener’s settings as needed, then test the sharpness by drilling into scrap metal.

Advanced Drill Bit Sharpening Tips and Techniques for Experts

No that you know the basics of sharpening drill bits, you can further “sharpen” your technique with advanced tips, including:

• Fine-tune The Drill Bit Angle: The proper angle ensures efficient cutting and a prolonged bit life. You can use a protractor or an angle gauge to adjust the angle manually.
• Sharpen Specialty Drill Bits: To sharpen speciality drill bits, try using a finer grinding wheel. Carbide-tipped drill bits can be sharpened using diamond grinding wheels for best results.
• Check and Maintain Symmetry: Make sure both drill bit cutting edges are symmetrical to prevent wobbling and ensure precise drilling. A drill bit gauge can help you verify the symmetry and make necessary adjustments.
• Polish the Cutting Edge: Once you’ve sharpened your drill bits, apply a fine abrasive or polishing wheel to smooth and refine your cutting edges, thereby reducing friction and improving cutting performance.
• Adjust Relief Angles: Optimize the performance of your drill bit on different materials by modifying the relief angles on its cutting edges. Doing so can improve your cutting efficiency and prolong the bit’s lifespan.

Maintenance and Care of Sharpened Drill Bits

Once your drill bits are good and sharp, you’ll want to maintain them for prolonged use. Properly store your drill bits using a drill bit case or holder, and make sure you store them in a dry place to prevent rust.

In addition to proper storage, you can care for your sharpened drill bits by cleaning them after each use, wiping them down with a cloth. Next you’ll want to apply light oil or specialized lubricant to prevent rust.

No matter how well you care for your drill bits, they eventually will need to be replaced. You’ll know when that time comes by signs of irreparable damage, including severe wear, chips and cracks.

Troubleshooting Common Issues with Sharpening Drill Bits

No matter how skilled you become at sharpening your drill bits, you’re bound to run into complications or obstacles at some point or another. Remember the following troubleshooting tips for common issues:

• Drill Bit Not Cutting Smoothly: When this happens, it could indicate your drill bit has dull edges, in which case you just sharpen it. However, you also might need to adjust the angle.
• Overheating During Sharpening: If your drill bit is overheating while sharpening, try using lubricant or coolant. You also should try to lighten the pressure you’re applying.
• Uneven Sharpening: If your drill bit is sharpening unevenly, make sure you are using a consistent angle and pressure. You also can try using jigs or guides for better results.
• Chipped or Damaged Edges: If your drill bit gets chipped or otherwise damaged, you might be using an incorrect grinding wheel or applying excessive pressure. Inspect your drill bit and replace it if the damage is too severe to repair.
• Loss of Cutting Performance: When your drill bit loses its cutting performance too quickly after sharpening, you might be using improver heating treatment or poor-quality materials.

You might consider upgrading to higher-quality drill bits or adjusting your sharpening technique. Consider the quality drill bits offered by Rogo Fastener Co.

Car Maintenance Checklist: How to Inspect Your Vehicle

If you want your vehicle to run efficiently, regular car maintenance will help you avoid costly repairs. When you conduct a thorough inspection, you can catch minor issues before they become major problems.

How do you know what to inspect?

With this handy checklist, you can keep your car roadworthy and reliable.

1. Check Fluids and Oil

Fluids really are the lifeblood of your vehicle. To start your inspection, check and top off the following important fluids:

• Engine oil – Check the dipstick at least once a month, as well as before you leave on a long trip. If the oil looks dirty or low, it’s time to change it. You can do this yourself or have it professionally serviced. Regardless of what you see on the dipstick, change your oil every 5,000 to 7,500 miles.
• Coolant – Look at the overflow reservoir. If the level is low, refill it with the correct coolant mixture.
• Brake fluid – Low fluid might indicate a leak in your system. If the fluid is dark or murky, flush and replace it. If you’re unsure, have a mechanic evaluate your care to ensure safety.
• Transmission fluid – Inspect the level and color of your transmission fluid. It should be bright red, not brown or burnt.
• Power steering fluid – Check and make sure you have adequate levels and no leaks.
• Windshield washer fluid – Try to keep the reservoir full to maintain clear visibility through your windshield.

Pro tip: Make sure you have a leak-free engine bay by using high-quality gaskets and seals from Rogo Fasteners.

2. Inspect Tires for Wear and Pressure

Effective tires are paramount for adequate efficiency, superior handling, and of course safety. It’s important to regularly inspect your tires for things like:

• Tread depth – A good way to test your tread depth is with the penny test. Just insert a penny into the tread with Lincoln’s head down. If you can see the top of his head, it's time for new tires.
• Uneven wear – If you notice uneven wear, it could be an indication of alignment or suspension issues.
• Proper inflation: Check your tire pressure with a gauge every month. Under-inflated tires wear out faster. They also reduce fuel efficiency.
• Cracks or bulges – If a tire has cracks or bulges, these are signs of aging or damage that require replacement.
• Rotation schedule – Make sure you rotate your tires every 5,000-7,500 miles for even wear.

Pro tip: Why not keep a tire pressure gauge in your glove box for quick checks?

3. Test Battery and Electrical Components

Nobody wants a dead battery. It can leave you stranded at home or on the road. You can make sure your car’s electrical system is in top shape by checking:

• Battery terminals – Clean any corrosion and make sure you have a tight connection.
• Voltage levels – Use a multimeter to check your voltage levels. A fully charged battery should read 12.6 volts or higher when the engine is off.
• Alternator performance – If your battery drains quickly, your alternator may not be charging properly. You can test it with a multimeter or have it professionally checked at an auto parts store or mechanic.
• Headlights, brake lights, and signals – At any point, you should replace dim or non-working bulbs.
• Fuses and wiring – Look for frayed wires or blown fuses, then replace them as needed.

Pro tip: You can keep your battery more secure with battery terminal connectors.

4. Brake System Inspection

There’s no doubt: brakes are your car’s most critical safety component. They should be inspected at least once a year or every 12,0000 miles. However, you might need to inspect them more often depending on your vehicle and driving habits.

To inspect your brakes, check for:

• Brake pad thickness – If your brake pads are less than 1/4 inch thick, it’s time to replace them.
• Brake rotors – When inspecting your rotors, look for scoring or uneven wear.
• Brake fluid level – Low fluid might indicate worn pads or a leak. If you don’t see the cause of the low fluid, you might want to have your car serviced by a mechanic.
• Unusual noises – Be cognizant of the sounds your brakes make. Squeaking or grinding suggests worn-out pads.
• Spongy pedal feel – If your pedal feels spongy, it could mean there is air in the brake lines or a failing master cylinder.

Pro tip: Use brake cleaner spray to remove dust and extend the life of your brake pads.

5. Inspect Belts and Hoses

It’s just a fact of life: rubber components degrade over time. When inspecting your vehicle, be sure and check:

• Serpentine belts – Look for cracks, fraying, or looseness in your serpentine belts.
• Timing belt – Replace at manufacturer-recommended intervals. This is usually between 60,000 and 100,000 miles.
• Coolant hoses – Gently squeeze your coolant hoses. If they feel brittle or too soft, then it’s time to replace them.
• Vacuum hoses – Listen for hissing sounds that may indicate a leak. As with other

Pro tip: You can extend the life of your hoses with hose clamps and fasteners from Rogo Fasteners.

6. Check Suspension and Steering

A well-maintained suspension system is so important to ensure smooth handling of your vehicles. A few things to inspect include:

• Shocks and struts – Push down on the car’s front and rear. If it bounces excessively, the shocks are worn and need replaced.
• Ball joints and tie rods – Look for excessive play as you drive to assess the condition of ball joints and tie rods.
• Alignment – If your car pulls to one side, an alignment check is needed. If it’s out, you’ll want to take your car to a tire shop or a mechanic for a realignment.
• Bushings – You often can recognize cracked or worn bushings because they create clunking noises and rough handling.

Pro tip: Regularly grease suspension components with lubricant for smoother operation of your vehicle.

7. Replace Air Filters

A clogged filter negatively affects engine performance and fuel efficiency. You can inspect for issues by checking things like:

• Engine air filter – Inspect this part every 15,000-30,000 miles – or sooner if you live or drive in dusty conditions.
• Cabin air filter – Also replace your cabin air filter every 15,000-30,000 miles for clean air inside the car. Clean it sooner if it’s dirty.

Pro tip: When it’s time for a replacement, you can ensure clean airflow with a reliable filter clamp.

8. Inspect Wipers and Windshield

Good visibility is critical for safe driving. To inspect your windshield and wipers, look for:

• Worn wiper blades – Replace these every 6-12 months or sooner if they leave streaks.
• Cracked windshield – Even small chips can spread, reducing visibility. Monitor your windshield for flaws and damage.
• Washer nozzles – Make sure they spray properly, and they’re not clogged.

Pro Tip: Use silicone wipers for better durability.

9. Check Exhaust System

A faulty exhaust affects fuel efficiency and emissions. Exhaust system issues may require a trip to the local mechanic. You can catch these problems by inspecting the following:

• Leaks – Look for rust or holes in the exhaust pipes.
• Loud noises – A rattling sound could mean a broken hanger or loose heat shield.
• Unusual smells – A sulfery, rotten egg smell might be a sign of a failing catalytic converter.

Pro tips: Use exhaust nuts and studs from Rogo Fasteners for secure fitting.

10. Review Safety Equipment

Safety equipment will help get you back on the road in a pinch. You want to be sure that your car’s emergency gear is in place:

• Spare tire – This needs to be properly inflated with the necessary tools.
• Jack and lug wrench – Ensure those equipment works so you aren’t stranded by a flat tire.
• Emergency kit – Make sure your kit includes jumper cables, a flashlight, a first-aid kit, and reflective triangles.
• Fire extinguisher – Keep a small automotive-rated extinguisher in the trunk. You just never know when you might need it.

Improve Vehicle Safety and Longevity

Routine inspections really do extend your vehicle’s life and improve its driving safety. When you stick to our checklist, you’ll prevent breakdowns and costly repairs.

Stock up on fasteners, clamps, and other automotive hardware from Rogo Fasteners to keep your car in top condition.

3 Applications for Plastic Automotive Fasteners

Fasteners, the small yet essential pieces that hold automotive parts together, come in a huge variety of shapes and materials. There is a fastener for every job, and while most are metallic, plastic fasteners are gaining popularity because of their lightweight and resistant characteristics.

The Advantages of Plastic Automotive Fasteners

Plastic has been a part of car assemblies for many years, but over time it has developed into an inexpensive, resistant material that mechanics can use in a wide range of automotive applications. Today’s plastic fasteners can be as durable and strong as some metal fasteners and work well when used correctly.

One popular material for car fasteners is FR-4/G10, a fire-resistant plastic that includes epoxy resin and fiberglass for strength.

Another chemical-resistant plastic often used is polyarylamide, which is rigid thanks to incorporated glass fibers. Another often-used plastic is TPU, or thermoplastics polyurethane, which resists UV rays, moisture, and some chemicals.

You can also find PIV, polyamide, polyethylene, polypropylene, and polystyrene parts.

There is a wide range of these plastic fasteners and materials used in many different ways in the automotive industry. Here are three popular applications for plastic parts.

1. Components for Car Interiors

One popular use of plastic fasteners is for car interiors. These plastic parts help save weight and protect against rustand seizing.

Carpet retainers can secure carpet to both soft and hard trims, are easy to assemble and disassemble, and some come sealed to keep out dirt and water.

Other useful plastic automotive fasteners are clips. Professionals use clips to install insulation mats and to fasten the wheel arch. Most are gas and waterproof, corrosion-free, and allow toolless assembly. Snap Fit clips attach the trim to the dash or doors. There are also plastic nuts for lamp mounting, heat shields, and accelerator mounting.

2. Pipe Clamps and Saddles

Plastic hose clamps don’t require extra tools to install and are secure. These plastic clamps don’t wear down or break rubber or other soft materials. There are anti-vibration versions, as well. Plastic clamps come as molded, complete parts, or in a roll-like metal hose clamp.

You can also use plastic saddles and routing clamps for pipes and hoses in automotive work.

3. Bolts, Screws, Pins, and Self-Clinching Fasteners

There are a variety of plastic bolts and screws available suitable for automotive applications. Self-clinching fasteners, for example, can join sheet parts. You can purchase self-clinching studs, nuts, pins, and blinds.

Blind-threaded inserts are best for extrusions and tubing, whereas other self-clinching fasteners are better for stacking panels and components and mounting. Pins, like cotter pins and linchpins, can also be plastic.

Plastic washers are also useful anywhere you can use metal washers, to prevent leakage and friction, for example, on an axle bearing.

Choosing Plastic Automotive Fasteners

The best way to choose the right plastic fastener for the job is to consult with the experts. The material of the fastener must match the temperature and conditions of the application, or it will not hold up. For quality parts, or for help choosing the right part for your particular need, just reach out to us here at Rogo Fastener.

Sources:

• https://www.stanleyengineeredfastening.com/en/Fasteners/Plastic-Components/Pins-and-Grommets
• https://www.nifcousa.com/product/fasteners/
• https://www.rapiddirect.com/blog/types-of-automotive-fasteners/
• https://auto-fasteners.com/products/
• https://rogofastener.com/page/contact-us.html
• https://rogofastener.com/shop/fuel-line-retainer-clip.html
• https://en.wikipedia.org/wiki/Polyamide
• https://www.curbellplastics.com/materials/plastics/g10-fr-4-glass-epoxy/

How to Fix a Blown Fuse in a Car

Whether you’re an expert or beginner where car maintenance is concerned, a blown fuse can be frustrating. But with the right know-how, changing any car’s blown fuse will be a walk in the park, no matter your skill level. Believe it or not, fuses are designed to break on purpose to prevent a serious electrical issue, so replacing blown fuses quickly and rightly is important. Here’s how:

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1. Find the fuse panel and remove cover
1. Each make / model varies. Check the car manual to find the exact location.
2. Found in 1 of 3 places: 
1. Under steering wheel
2. Engine compartment
3. Trunk
2. Find Blown Fuse and remove
1. Reviewing the fuses, find any fuse that might have damage or is black on the inside. 
2. Remove using hands or pliers. 
3. Replace Fuse
1. Check amperage of fuse and ready replacement in manual or diagram on inside of cover.
2. Note: Ensure amperage is accurate when replacing so as to not cause electrical issues.
4. Check If It Works
1. Start the car to determine if the replacement fuse fixes the original issue
2. If the replacement fuse blows, then it’s more than the fuse and needs a more detailed analysis.
5. Expert Tip:
1. Keep fuses of different amps on hand in the event of blown fuses in the future. 

Sources:

• https://www.caranddriver.com/news/a15352126/how-to-change-a-blown-fuse-in-your-car-in-8-easy-steps-sponsored/
• https://getjerry.com/questions/how-do-i-fix-a-blown-car-fuse
• https://heathsauto.com/did-your-car-blow-a-fuse-heres-how-to-replace-it/

Tips for Beginners: How To Change a Drill Bit

We all have to start somewhere and for many of us wanting to do some DIY work on our homes or cars, knowing our way around a power tool is the best place to begin. Here are a few tips for changing a drill bit effectively without losing screws or drill bits. 

1. Anatomy of a Drill
1. Chuck / Jaw 
1. Responsible for holding your drill bit tight while you work. Opens and closes to release and hold.
2. Forward & Reverse Selector
1. Determines direction of rotation, which then either tightens or loosens a screw.
3. Clutch Torque Selector
1. Changes the speed of the drill.
2. Types of Drill Bits
1. Standard Drill Bits
2. Steel Jobber Length Drills Bits
1. Longer than standard
3. Left-Handed Jobber Drill Bits
4. Double-Ended Gold Drill Bits
1. Two sides keeps it lasting longer
5. Multi-Diameter Drill Bits
6. Spot Weld Drill Bits
3. Step 1: Open the Jaws
1. Turn the Chuck counterclockwise to release the drill bit from the jaws. Point drill slightly upward to avoid dropping the bit. 
1. Expert Tip: Place the removed bit into a safe container. Bits are easy to lose in a body shop or construction site.
4. Step 2: Find the Right Replacement Bit
1. Check the screw head and compare with the drill bit sizes that you have, then choose the one that fits the screw properly. 
1. Expert Tip: When testing the fitting of the bit and screw, make sure it’s not too loose or too tight so as to not strip the screw head.
5. Step 3: Tighten New Bit
1. Place the new drill bit all the way into the Chuck and twist clockwise until the bit is tight in the Jaws. 
1. Expert Tip: The bit should be straight and not at an angle when tightening into the Chuck. It should not wiggle when the drill is in use.

Drills are powerful and versatile tools, made even more useful by the option to use different drill bits. Each bit performs a special function and having a full set ensures a craftsman can tackle nearly any project. For people just getting started with a drill, it isn't always easy to know how to switch your bits. Thankfully, beginners can learn how to change a drill bit with a few tips.

Every make and model of drill is unique, so there may be small differences when working with a specific drill. Check the owner's manual and safety guide before starting to reduce the chances of breaking the drill or a drill bit. To get started switching out your drill bits, follow these steps:

1. Perform a Safety Check: Drills are powerful and can be dangerous. Before attempting to change a drill bit, make sure the drill is unplugged and powered off to prevent the chance of electrical shock. If the drill was recently used, check that it is not hot and allow time for the metal to cool down.
2. Open the Chuck: The chuck is the part of the drill that holds the jaws that clamp onto the drill bit, holding it in place. Causing damage to the chuck means your drill bit may not be secure so it is important to open it the right way.

There are two main types of chucks: keyless and keyed.

• Keyless chucks are common on many modern cordless power drills. The chuck can be loosened without using a special tool, or key. To open the chuck, grab firmly and rotate counter-clockwise (for most models). The chuck will come loose, allowing for the bit to be changed.
• Keyed chucks are designed to be unlocked with a special tool. That chuck key is inserted in designated holes on the chuck. Once turned counter-clockwise, the jaws will open enough for the drill bit to be removed.

3. Take Out the Old Bit: Once the chuck is open, take out the bit that is no longer needed. Pull it straight out from the jaws. If it is stuck, try to open the chuck more. Once removed, store the bit in a safe place so it isn't lost or broken and is available for later use.
4. Insert the New Bit: Holding the bit by the shank, which is the round smooth part, insert it straight into the chuck. Check that the bit is set properly in the jaws of the chuck.
5. Tighten the Chuck: With the new bit in place, re-tighten the chuck around the bit to hold it in place. With a keyless chuck, you can use your hand or pliers to turn the chuck clockwise until it is tightened. For a drill with a keyed chuck, use the key to turn the chuck until the jaws are firmly holding the bit. Be careful not to overtighten the drill.

What Not To Do

There are also some things to avoid while learning how to change a drill bit:

• Yanking out stuck bits:  If a bit gets stuck, don't try to yank it out or force it to come loose. Doing this could damage the chuck and the bit, making both less useful. Use pliers gently on the flat part of the shank or reverse the drill while carefully trying to remove it.
• Touching the cutting edges: Drill bits often have very sharp edges. Avoid touching these directly to prevent cuts and injuries.
• Leaving loosened bits in the chuck:  Always make sure the bit is securely tightened in the chuck before using the drill. Using a drill with a loose bit can cause the bit to fly out and potentially cause injury or damage.

That's a simple overview of how to change a drill bit. When the new bit is in place, take a moment and test it out. Use the drill on a piece of scrap to make sure it is secure and properly aligned. After the test, adjust as needed.

Drill and Drill Bit Maintenance Advice

Now that you know how to change a drill bit, how can you make sure you're taking care of your drill and bits in general? Here are a few easy ways to keep your equipment in good condition.

Keep It Clean

After each use, take the time to clean off the drill. Use a dry cloth to wipe sawdust, dirt or grime off the surface of the tool.  Stubborn residue such as grease may require a damp cloth or the use of a solvent, but be careful not to get liquid on electrical components. The space around the chuck and the jaws need cleaning too so debris doesn't accumulate and reduce the function of the drill.

Cleaning also applies to the drill bits themselves. After drilling, always remove the bit and brush away any debris with a soft-bristled brush or compressed air. A toothpick can also be used for stubborn bits of material stuck in the grooves of the bit.

Lubricate Moving Parts

Drills have important moving parts that can get stuck. Applying a small amount of light machine oil can keep gears free, reducing friction and preventing rust. Use oils specifically made to lubricate machinery and use a light amount to avoid buildup.

A small amount of lubricant is also useful for the drill bit. When drilling into harder materials like metal, a small drop of cutting oil or lubricant helps dissipate heat and reduces wear on the drill bit.

Check the Electrical Cord

For corded units, inspect the power cord on a regular basis for any nicks, breaks or signs of wear. Damaged cords pose electrical hazards. Chargers for battery-powered units also need regular inspections.

Inspect the Chuck

After learning how to change a drill bit, use the same instructions to access the chuck and inspect it on a regular basis. Examine the jaws and exterior of the chuck for wear, warping or rust. Damaged parts may require repair or even replacement.

Sharpen Dull Bits

Over time, drill bits will naturally become dull. Sharpening restores the cutting edges, improving the performance of the drill and the lifespan of the bit. Beginners may want to take bits to a professional for sharpening.

Proper Storage

When not in use, drills and all drill bits should be stored safely. Bits and drills that are tossed into toolboxes can get jostled, becoming damaged and dull. Use a case or organizer designed for drill bits.

Match the Bit to the Task

Using the wrong type of drill bit for a specific material can lead to poor performance and premature damage. Become familiar with the most common types of drill bits:

• Twist bits: The most versatile type, ideal for wood, plastic, and some metals
• Masonry bits: Designed for drilling into brick, concrete, and stone
• Multi-diameter bits: Increases thickness without changing bits
• Double-ended bits: Lasts longer as both sides can be used
• Spade bits: For drilling large holes in wood
• Jobber length bits: For softer materials like wood or softer metals
• Spot weld bits: Specific to spot welds in automotive applications
• Brad point bits: Leave a cleaner hole in wood thanks to a sharp center point

Remembering these maintenance tips in addition to knowing how to change a drill bit allows even a beginner to build amazing things with their power drill.

Learn How To Change a Drill Bit and Start Building

Knowing how to change a drill bit is a critical part of getting the full versatility of a power tool. With a bit of practice, beginners can switch bits as needed to work with different materials and create holes of different sizes. Shop with ROGO Fastener for all the drill bits you need.

Resources:

• https://www.bobvila.com/articles/how-to-change-a-drill-bit/ 
• https://www.youtube.com/watch?v=bFtjdLWA69Q 
• https://www.homedepot.com/c/ab/how-to-use-a-drill/9ba683603be9fa5395fab9022a5fa8b 
• https://www.thespruce.com/how-to-change-drill-bit-8363150 
• https://www.euromarc.co.nz/resources/12-common-drilling-problems-and-how-to-avoid-them
• https://www.bobvila.com/articles/how-to-change-a-drill-bit/ 
• https://www.homedepot.com/c/ab/how-to-use-a-drill/9ba683603be9fa5395fab9022a5fa8b 

What You Need to Know About Heavy-Duty Anti-Seize for Industrial Equipment

Industrial equipment requires parts and lubricants designed to withstand the rigors of daily operation. High pressure, extreme temperatures, and intense friction are all possible. Industrial-strength lubricants such as heavy-duty anti-seize meet these needs in several ways.

Lubricating Compounds Used in Industrial Anti-Seize

Industrial applications use many different types of lubricants, with copper and graphite being among the most common. These popular anti-seize compounds prevent galling, limit corrosion, and make removing parts for future repairs easier.

Copper

Copper is one of the most common lubricants found in heavy-duty anti-seize compounds. It tolerates the high temperatures (up to 1,800 degrees) and extreme friction conditions commonly found in industrial applications. Copper is often combined with graphite to make extremely tough and durable anti-seize products.

Graphite

Graphite is a good choice for applications requiring high electrical conductivity, such as spark plug threads, antennae connections, and ground screws. It is an excellent electrical conductor, so you won't face increased resistance from anti-seize on connections. Additionally, it often helps reduce resistance by limiting corrosion at these points. However, graphite-based heavy-duty anti-seize lubricants are limited in temperature tolerance, with a maximum limit of about 850 degrees Fahrenheit.

Types of Heavy Duty Anti Seize for Industrial Applications

The correct anti-seize product will vary depending on how you plan to use it. For example, some areas are harder than others to reach or need a specific carrier grease. Understanding the different types of heavy-duty anti-seize compounds will help you choose the correct one for your application.

Brush On

This is the most common type of anti-seize product. It is a thick grease formula, usually sold in tubs or bottles. You apply it directly to parts with a brush or applicator. The most widely used anti-seize compounds, including copper, graphite, and nickel, are all available in this formulation.

Brush-on lubricants are generally thick and provide excellent coverage. You must be careful to apply only as much as is needed for effectiveness, or you run an increased risk of contaminants sticking to exposed surfaces.

Sprays

Hard-to-reach areas may benefit from lubricating sprays. A high-heat anti-seize spray is suitable for industrial applications where high temperatures are anticipated. Users should be aware that proper handling and storage procedures must be followed as copper sprays are suspended in methylene chloride.

Precision Applicators

Components needing the precise application of lubricants require special products. A precision-tip applicator can be used to apply petroleum-based copper and graphite anti-seize compounds. These are suitable for industrial applications, including those with high heat, intense pressure, and increased corrosive factors.

Applicator pads are excellent tools for applying other lubricants. For example, a 1-inch pad ensures a consistent width when applying copper-based heavy-duty anti-seize on industrial components requiring enhanced electrical conductivity.

Find the Right Anti-Seize Products for Industrial Use

We carry a complete line of anti-seize products designed to handle the intense conditions found in industrial and automotive equipment. Shop our online store to find high-quality anti-seize compounds and other necessary repair tools.

Sources:

• https://www.manufacturing.net/home/article/13216826/understanding-the-true-value-of-antiseize
• https://www.osha.gov/methylene-chloride
• https://www.quarrymagazine.com/2015/02/02/the-benefits-of-metal-free-anti-seize/
• https://www.foodmag.com.au/why-metal-free-anti-seize-is-a-suitable-choice-for-food-manufacturers/
• https://trdsf.com/blogs/news/anti-seize-compounds-how-they-work
• https://www.engineersedge.com/material_science/antiseize_compound_application_review_13389.htm
• https://www.carbonandgraphite.org/index.php/home/physical-properties

High-Temperature Anti-Seize for Bolts

Protecting the boltsin an exhaust system can be tough. These parts are subjected to extreme heat, corrosive gas and lots of vibration and movement. All these factors can lead to a bolt failing, causing a bigger problem and leading to an extensive repair. Using high-temperature anti-seize is one way to protect the bolts and make them easier to work with during maintenance or repairs.

The Importance of High-Temperature Anti-Seize

An exhaust system helps get rid of combustion byproducts in vehicles and heavy machinery, which can be a harsh environment for the parts that make up the system. Over time, the extreme heat coming through the exhaust can cause bolts to expand and contract. The more this happens, the higher the chance that the bolt will seize, or become stuck.

Anti-seize compound high-temperature protection is crucial in these instances. The product creates a protective barrier between the threads of the bolt and the hole. That lubricated barrier allows the bolt to slide as needed so parts are easier to disassemble and reassemble.

Heat Protection

One of the most important properties to look for in high-temperature anti-seize is the ability to withstand extreme heat produced by combustion. Quality lubricants have heat-resistant additives that allow them to remain effective at temperatures exceeding 1000 degrees Fahrenheit. The compound won't break down so you'll have long-lasting lubrication.

Fighting Corrosion

Your high-temperature anti-seize compound will also be useful for fighting corrosion. Exhaust systems produce a lot of gasses that can damage metals after enough time. When that metal is in the form of a bolt, the part can start to deteriorate and could break, leaving the items it was holding together unsecured. Preventing and slowing down this process can extend the life of your bolts.

These lubricants also have excellent anti-friction properties. By reducing friction, the lubricant minimizes wear and tear on the threads, reducing the likelihood of damage or stripping of the fasteners.

High-temperature anti-seize bolt lubricants also offer protection against chemical erosion. They are designed to resist the effects of chemicals and fluids present in the exhaust system, such as oils, fuels and cleaning agents.

Benefits of High-Temperature Anti-Seize

When you start using high-temperature anti-seize compound, you'll notice a few advantages that make your life easier:

• Faster repair times since you don't have to work as hard to remove bolts
• More secure repairs by using the lubricant to get your bolt exactly where it needs to be
• A longer-lasting repair thanks to the compound's ability to protect the parts from corrosion and heat damage.
• All of these benefits improve the overall quality of your work, making anti-seize a good product to keep on hand.

Invest in High-Temperature Anti-Seize

High-temperature anti-seize is worth the cost for the protection and usefulness it offers. Repairs go more smoothly and parts have a longer lifespan. Shop our selection of anti-seize compounds so you can get back to the task at hand.

Sources:

• https://www.promaxxtool.com/articles/should-you-use-anti-seize-on-exhaust-manifold-bolts
• https://rogofastener.com/page/why-you-need-high-temperature-anti-seize-lubricant-for-your-automotive-applications.html
• https://www.sciencedirect.com/topics/chemistry/exhaust-gases-engine
• https://www.parkmuffler.com/blog/how-do-vehicles-exhaust-system-work/

What is Anti-Seize?

Metal corrodes and causes parts to stop working. Anti-seize is a type of lubricant that addresses this problem. It does so with a suspension of metal lubricating particles in a high-temperature grease base. So, in addition to minimizing corrosion, it also reduces friction and the torque needed to fasten bolts.

Anti-seize is used in many applications with metal-on-metal contact, both dissimilar and similar. You apply it to bolt threads and other fasteners. It is particularly good at preventing galling in high-use fasteners. Therefore, it is ideally suited for use on bolts and flanges requiring frequent removal.

A high-quality anti-seize lubricant serves several purposes. It will:

• Provide lubrication to fasteners
• Reduce torque needed for fastening
• Prevent galling and thread wear
• Reduce or prevent the need for future maintenance

General Use

Once you understand a few general concepts about anti-seize products, using them becomes easier and more effective. These include answers to questions such as:

• What is anti-seize used for?
• Where should I use anti-seize lubricant?

Types of Surfaces

Anti-seize is applied to various metal surfaces, many of which share similar weaknesses. First, many metals used in automotive applications are prone to corrosion. Anti-seize lubricates these surfaces and reduces the risk of corrosion.

Other metals are susceptible to wear, especially when they are frequently removed or subject to constant friction. Joining mixed metals is known to create problems due to different material qualities. This can affect the connection and increase the chance of thread damage. An appropriate lubricant in these areas reduces thread wear and galling in many cases.

Vehicle Parts

Some vehicle parts are better suited to anti-seize than others. Additionally, each type of lubricant will have varying degrees of effectiveness depending on the characteristics of the material it is used on.

For example, a high-temperature product is necessary for exhaust manifold bolts or other similar applications. Because of their high metal content, anti-seize lubricants are well-suited for this type of use. Some of the most common high-temp parts that require frequent removal and maintenance include exhaust, suspension, and brake systems.

• Exhaust systems — Using anti-seize on exhaust bolts and clamps makes them easier to remove for maintenance and repair. Choose a product specifically designed to withstand extreme temperatures found in exhaust systems, which can reach up to 1000 degrees Fahrenheit in some vehicles.
• Brake components — Anti-seize is commonly used on brake caliper bolts to reduce the chance of seizing and make maintenance easier.
• Suspensions — Components, including ball joints and tie-rods, can be difficult to remove without proper lubrication.
• Wheel studs — You can prevent stuck lug nuts by applying the correct anti-seize compound. Be sure to reduce the torque used to tighten them by the recommended amount.
• Electrical connections — Anti-seize helps reduce corrosion on battery terminals. It can also make changing spark plugs easier, but it comes with a warning. You must be careful to apply only as much as necessary to coat threads and reduce the torque used to tighten them to avoid damage.

How It Works

High-temperature grease makes up the base for anti-seize products. Graphite and metal lubricating particles are suspended in this grease, giving the final product its anti-corrosive and lubricating properties. Typical metals used include:

• Aluminum
• Copper
• Nickel

Importance of Anti-Seize

Benefits of using an appropriate lubricant include keeping parts running smoothly and preventing damage to connection from galling and corrosion.

The unique formulation of anti-seize prevents it from drying out and contracting, making it an ideal addition when joining dissimilar metals.

Perhaps the most significant benefit of using an appropriate anti-seizing compound on automotive parts is its ability to make disassembly easier. This is most pronounced in parts that require frequent maintenance, such as wheel lugs and brake caliper bolts.

Types of Anti-Seize

Application Type

Spray it on. Spray-on compounds are excellent for hard-to-reach areas and materials subject to high temps.

Apply it like glue with an applicator. Squeeze tubes make precise application simple and mess-free.

Apply it with a brush. Whether you buy anti-seize in a bottle with an applicator brush included or use your own brush with a large tub, this is a simple application method application.

Material Type

Several metals are used in anti-seize formulations. Each has a unique set of qualities that make it suitable for certain applications. Learn more so you can confidently choose between anti-seize copper vs aluminum anti-seize.

Copper

This formulation is excellent for high-temperature applications, such as turbocharger flanges, spark plug threads, and exhaust manifold bolts.

Aluminum

Aluminum (or silver) anti-seize is an excellent all-around lubricant for metal-on-metal contact. You'll notice the main difference between aluminum vs copper anti-seize is temperature tolerance.

Nickel

Nickel-based lubricants provide excellent resistance to chemical corrosion. They are particularly well-suited to high-temperature applications, such as exhaust systems and on stainless steel fasteners.

Related Products:

• Cop-Plate Compound
• Copper Anti-Seize & Lubricating Compound
• Copper Anti-Seize Compound (2 ½ lbs)

Application

Applying anti-seize is simple if you follow these basic guidelines.

Only use anti-seize on threads that will be covered after assembly. Using it on exposed threads attracts contaminants that may damage the materials.

Use just enough product to thinly coat the threads. Excess grease can contaminate other parts and cause a mess.

Always apply anti-seize to properly prepped surfaces. Take the following steps before application:

• Clean any dirt or dust from threads.
• Remove any residual grease with an appropriate cleaner.
• Inspect threads to ensure they are in good condition with no visible damage.

Choosing the Right Anti-Seize

Use the following questions to choose the right type of anti-seize product for your application:

1. What's it for? The area of a vehicle and typical pressure will affect your decision.
2. Will this compound come into contact with acids? If so, choose a lubricant that can withstand corrosive conditions.
3. Will this area of the vehicle be subject to high temperatures? You must also consider the working temperature of a surface when choosing an appropriate lubricant.
4. What types of metals are you working with? The metal types and whether or not they are similar effect which anti-seize you use.

Frequently Asked Questions

With something as important as anti-seize, you are bound to have questions. Here are answers to some of the most frequently asked questions about anti-seize lubricants.

1. What Is Anti Seize Lubricant Used for?

Anti-seize is used to lubricate fastener connections, reduce corrosion, and prevent thread damage and seizing.

2. Should I Use Anti Seize on Spark Plugs?

The seemingly simple question, "Should you put anti-seize on spark plugs?" can elicit passionate responses on either side of the debate. As a general rule, it is safe to use anti-seize on spark plugs given the following:

• You are familiar with the pressure needed to tighten the plugs.
• You know how to adjust that for the reduced friction of lubricated threads.
• The spark plug manufacturer does not explicitly say not to use it.

If you choose to use an anti-seize compound on spark plug threads, you should keep the following points in mind:

• Most spark plugs ship from the factory with lightly greased threads.
• Using anti-seize against a part manufacturer guideline may void a warranty.
• Overtightening spark plugs could result in thread damage or metal shell stretch (and removing the cylinder head for repairs).

3. What Is the Difference Between Copper and Nickel Anti Seize?

These two products use different metals to reduce friction but can be used for similar applications. For example, consider the following when comparing copper vs nickel anti-seize:

Copper is versatile and performs well under high-pressure loads and in a wide range of temperatures, up to about 1,800 degrees Fahrenheit.

Nickel can withstand higher temperatures and offers excellent resistance to highly corrosive conditions.

4. Do I Need To Reapply Anti-Seize Thread Lubricant?

Unlike other lubricants, replacing anti-seize grease is unnecessary once applied. It is designed to be used for the service life of a connection.

Remember that if you remove a connection, you should clean and regrease it before reassembly.

5. How Do I Remove Anti-Seize?

Removing anti-seize takes a heavy-duty degreaser or automotive solvent. Use a soft rag or cloth to apply the cleaner to greased surfaces. Avoid abrasives because they can damage surfaces. If you choose a solvent, follow proper safe handling and disposal procedures.

Anti-seize lubricant is a useful tool around any auto repair shop. It lubricates parts, reduces friction, and helps minimize the need for maintenance. First, however, you must take time to learn about the many types of anti-seize available, what applications each is best suited for, and how to use it effectively.

Sources:

• https://rogofastener.com/product-category/anti-sieze.html
• https://www.gorillapro.com/resources/blog/how-to-determine-which-anti-seize-compound-to-use
• https://www.rocol.com/knowledge-centre/rocol_expert/what-is-anti-seize
• https://majorbrandsoil.com/blogs/news/anti-seize-lubriant-or-grease

What Is Marine Anti-Seize?

There are many anti-seize compounds on the market, and all are meant to keep parts from seizing and getting stuck. Many are also designed to fight rust and other forms of corrosion. While these products have their purpose, it's important to have an anti-seize that is made to be water-resistant for marine applications.

Water-resistant anti-seize lubricants have base oils and high-quality additives that are formulated to remain stable in the presence of water, under high pressure and in the face of extreme temperatures. Imagine a boat engine. This is a piece of machinery that will remain submerged in water, facing extra pounds of pressure and creating heat when the engine sparks. All of this calls for a marine anti-seize that won't degrade quickly.

How Does Water-Resistant Anti-Seize Work?

By placing a layer of anti-seize on parts that need to be able to move, you reduce metal-to-metal contact, decreasing friction. That leads to less wear so the parts are less likely to break and become stuck or seized. With marine anti-seize, this protective layer adheres to the surface of metal even in high humidity or under direct water contact.

Your marine lubricant will also have special ingredients meant to shield your metal parts against salt and other minerals that are dissolved in the water. Otherwise, those molecules would start to interact with your machinery, causing it to break down.

When and How To Use Marine Anti-Seize

Understanding when and how to use anti-seize in marine settings can help you reduce overall maintenance and improve the longevity of repairs. It also extends the lifespan of your engine or parts. Here are some applications for water-resistant anti-seize:

• Marine engines: Use anti-seize to keep boat engines functioning properly while reducing corrosion.
• Marine equipment: You can also apply marine anti-seize to devices on boats and ships such as winches and cranes.
• Fasteners and fittings: Anti-seize can prevent bolts, screws and other fasteners from seizing, allowing for easy assembly and repairs.
• Pipelines and valves: For underwater pipelines and valves, marine anti-seize can help prevent seizing so you don't have to worry about an important valve becoming stuck.
• Dock equipment: While dock equipment may not be directly in the water, it is still in a high-humidity space and exposed to saltwater, so these parts need protection.

Protect Equipment With Marine Anti-Seize

Anyone who works with marine equipment should keep marine anti-seize lubricant on hand. This important chemical allows you to keep all parts moving as they should while offering protection against corrosive salt and minerals so your materials don't break down. Shop our selection of anti-seize compounds to get the job done!

Sources:

• https://www.boatingmag.com/prevent-engine-corrosion-marine-grade-anti-seize/
• https://www.marineinsight.com/guidelines/top-5-anti-seizure-compounds-used-onboard-ships/
• https://www.boatsafe.com/troubleshooting-heating-engine/
• https://www.manufacturing.net/home/article/13216826/understanding-the-true-value-of-antiseize
• https://sciencing.com/effects-saltwater-metals-8632636.html

Stainless Steel in Auto Parts

Stainless steel is a versatile material that is widely used in automotive applications. It is especially popular in custom modifications and aftermarket parts, although it is also widely used for many stock parts., including:

• Exhaust systems: Stainless steel can easily withstand the extreme and destructive conditions of a vehicle's exhaust system. Special anti-seize for stainless steel can be used to make removing parts such as the manifold or exhaust pipes easier should they need replacement. 
• Cylinder heads and gaskets: Its ability to be treated to reduce high levels of fatigue strength make stainless steel a great choice for cylinder head and head gaskets. Head bolts can be treated with anti-seize for stainless steel bolts to help increase longevity and reduce galling and wear. 
• Bolts and fasteners: Stainless steel's unique properties make it perfect for automotive fasteners. Bolts, nuts, and other connections made from stainless will not rust or corrode. 

Why Use Anti-Seize Lubricant

Given stainless steel's resistance to rust, many people may opt to skip using an anti-seize grease. However, this can be a major mistake since the advantages of applying it go far beyond corrosion protection. 

The benefits of an anti-seize lubricant justify its use with stainless steel components. Similar to when using it on other materials, anti-seize for stainless steel offers the following benefits:

• Lower torque is required to properly seat fasteners
• Easier disassembly for any needed repairs, replacement, or modifications down the road
• Superior protection against wear and galling at connections
• Improved resistance to heat, friction, and pressure

Special Properties of Stainless Steel Anti-Seize

When choosing stainless steel anti-seize, a few properties should stand out. First, any product should be resistant to high temperatures. Stainless is common in engine systems where temperatures regularly exceed 800 to 1,000 degrees. Any anti-seize grease used on it should be able to withstand that level of extreme temperature. 

Another key feature is an easy application, including on difficult-to-reach components. This reduces the risk of overapplication and getting anti-seize lubricant on nearby parts, which can increase the chance of contamination. Sprays, brush applicators, and squeeze tubes are just a few of the specialty applicators that make this possible. 

Know the amount of friction each component will be exposed to. Stainless steel is durable, but as an alloy, it needs protection to resist wear and damage. Anti-seize for stainless helps reduce the amount of torque needed to secure fasteners, making damage less likely. It also makes it easier to remove connections for replacement later on. 

Anti-seize lubricant can extend the life of stainless components and fasteners by reducing wear and galling, making it an important tool in any repair shop. We sell pro-grade parts and supplies to help you complete repairs to the highest standards. 

Sources:

• https://metalexponents.com/blog/stainless-steel-applications-automotives/
• https://www.brighthubengineering.com/manufacturing-technology/73568-hydrostatic-lubrication/
• https://www.engineersedge.com/material_science/antiseize_compound_application_review_13389.htm
• https://www.manufacturing.net/home/article/13216826/understanding-the-true-value-of-antiseize

5 Techniques for Proper Automotive Fastener Tightening

Automotive fasteners are critical for keeping a car together, but only if they are installed properly. Clamps, screws and bolts need to be tightened to the right specifications to maximize safety and longevity. Whether you use seal tight fasteners or traditional fasteners, there are a few ways you can make sure they get tightened the correct way.

1. Inspect Your Seal Tight Fasteners

The first step to getting the job done right is ensuring you work with good materials. Inspect the fasteners themselves. Stay-tight fasteners often have extra material on them that creates a seal. Check to see if that material is in good condition and that there are no cracks, tears, or other damage that could compromise the seal.

2. Use the Right Torque Wrench

The next tip is still all about your equipment. You need the right torque wrench for each specific job. Every fastener needs a certain amount of torque, or twisting force, to be installed correctly. If there is too little, the fastener could come loose. Too much torque can damage seal-tight fasteners and other components.

Torque wrenches are designed to let you measure the amount of force you are applying to a fastener. With a properly calibrated torque wrench, you can get your fasteners to just the right position.

3. Hand Tighten Before Torquing

A helpful technique for getting good tight fasteners is to hand tighten the fastener before you apply the torque wrench. When you start the process by hand, it's easier to make sure the threads align correctly. If a bolt or screw is tightened when it's not aligned, the threads could break and cause damage to your parts.

4. Follow a Cross-Pattern Sequence

You can improve the quality of your job by using a cross-pattern sequence when you are dealing with multiple fasteners at once. For example, if you have bolts in a square pattern, partially tighten the one at the top left first. Then partially tighten the bolt at the bottom right, then the top right, and then the bottom left. Go back and tighten each bolt in order until they are where they need to be. This pattern evenly distributes pressure and prevents the risk of warping flexible panels or parts.

5. Lubricate Threads (When Appropriate)

Some fasteners are made with a coating that will make it easier to install while sealing itself from water and chemicals, but not all do. With those fasteners, you may need some kind of lubricant. You can get anti-seize to reduce the risk of the fastener seizing and breaking. Be careful not to use too much oil or lubricant.

Be More Confident With Your Seal Tight Fasteners

Installing fasteners the right way allows you to feel good about your work. By making sure you have high-quality seal-tight fasteners along with the right tools and a bit of simple know-how, you can keep vehicles running well for years. If you need fasteners and other supplies for your shop, check out the selection at ROGO Fastener.

Sources:

• https://www.edtengineers.com/blog-post/threaded-fasteners
• https://www.agcoauto.com/content/news/p2_articleid/304
• https://www.boltscience.com/pages/tighten.htm
• https://zago.com/resources/what-are-sealing-fasteners/
• https://www.techtarget.com/whatis/definition/torque
• https://www.boltscience.com/pages/tsequence.htm

Anti-Seize Is Also Anti-Corrosion

Anti-seize works to lubricate parts that may seize or start to corrode. Since rust is a form of corrosion, it makes sense that anti-seize can disrupt the process of rusting. The oil or grease can prevent air and moisture from reaching the metal components as easily, reducing how much they rust, and helps prevent corrosion in connections between two different types of metal.

Can Aluminum Anti-Seize Prevent Rust on Electrical Connections?

When it comes to electrical connections, there are a few considerations to keep in mind. Aluminum anti-seize is one of the best at preventing rust. This is because it rusts in a different and slower way than other metals such as iron. It offers longer protection than some other types of anti-seize if you are looking to fight against rust.

The caveat is that aluminum anti-seize is not the best at electrical conductivity. Among commonly available metals and anti-seize products, it is not as good as other materials such as copper. Many aluminum anti-seize formulas may also contain too much of the lubricating compound to properly conduct electric currents.

It is a better idea to use aluminum-based anti-seize on accessory components near electrical connections and to use dedicated electrical anti-seize closer to the actual contact points.

Using Anti-Seize on Electrical Connections

In the moments when you have to use anti-seize on an electrical component or connection, it's best to look for formulas that are designed to carry electrical current. Using too much product or the wrong chemical can result in loose connections or excess resistance, resulting in voltage drops, intermittent connections or even electrical arcing.

For the best anti-seize electrical connection results, apply with a light hand so there isn't too much oil interfering with the function of those components. While it's important to prevent rust, you don't want the engine to develop new problems that will need to be repaired. Plan on checking periodically to make sure everything is working as it should, and to see if you need to revisit how you use anti-seize on electrical connections.

Prevent Rust with Anti-Seize

Anti-seize is a smart way to protect important engine parts. Aluminum anti-seize is great for this application, just make sure to use it carefully near electrical connections. By planning out the repair and using the right products, it's easier to guarantee your work. Get the anti-seize products you need from Rogo Fastener.

Sources:

• https://www.slideproducts.com/mro/aluminum-anti-seize-compound-480/
• https://thecraftsmanblog.com/does-aluminum-rust/
• https://www.gabrian.com/does-aluminum-conduct-electricity/
• https://www.nchasia.com/en-sg/nch-insights/industry-news/corrosion-vs-rust-%E2%80%93-how-different-are-they#:~:text=Rust%20is%20a%20form%20of,or%20brownish%2Dorange%20in%20color.
• https://tygrisindustrial.com/tygris-academy/what-is-antiseize-grease-your-guide-to-fighting-corrosion-ee7a3b/#:~:text=An%20aluminium%2Dbased%20anti%2Dseize,resistant%20to%20acid%20and%20water.