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Description Two-component, high solids epoxy coating Chemistry EPOXY HIGH SOLIDS Application INTERMEDIATE - MIDCOAT PRIMERAMERLOCK 400 | PPG PMC

Amerlock400, Amerlock400 VOC, Amerlock2 or Amerlock2 VOC results in Lockshield, a superior system that is as rugged Amerlock as it is aesthetically pleasing. This easy-to-apply system is ideal for direct application to both metal and concrete, and offers good chemical, abrasion and stain resistance.

Jan 28, 2025 · Epoxy AMERLOCK 2 VOC hardener can be used with the AMERLOCK 2/400 base component for applications that require a faster dry time or application at lower temperature. The A component is the same for AMERLOCK 400VOC and AMERLOCK 2VOC. The B components are interchangeable.

Amerlock 400 is used in those areas where blasting is impractical or impossible. As a maintenance coating, Amerlock 400 protects steel structures in industrial facilities, bridges, tank exteriors, marine weathering, offshore, oil tanks, piping, roofs, water towers and other exposures.

impossible. As a maintenance coating, Amerlock 400 protects steel structures in industrial facilities, bridges, tank exteriors, marine weathering, offshore, oil tanks, piping, roofs, water towers and oth r exposures. Amerlock 400 has good chemical resistance to splash/spillage, fumes and immersion in neutral, fresh and salt water (see resis

Nov 23, 2021 · Amerlock’s low solvent level meets VOC requirements, reduces the chances for film pinholing and solvent entrapment at the substrate-coating interface, often a major …

High performance epoxy combining corrosion protection with minimal surface preparation • Amerlock 2 and Amerlock 400 - tough coatings that seal and protect in one coat • Self-priming – primer and topcoat in one – no downtime, less costly to apply • Fast dry – Amerlock 2 dries to the touch in just 2 hours.

Amerlock® 400 is a high-solids high-build epoxy protective coating formulated to solve complex corrosion problems with minimal surface preparation. It is used in those areas where blasting is impractical or impossible.

Multiple thin passes may be required to achieve to surfaces be applied between to surfaces 122°F and as hot 250°F, as 250°F Amerlock (121°C) 400 for non-immersion service.