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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