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Tool Coating

VpCI-395 Epoxy Primer

VpCI-395 Epoxy Primer Provides Multi-Metal Protection
VpCI(r)-395 is Cortec's most durable anticorrosion primer. It not only promotes good surface adhesion between the metal and topcoats, but it also has greater strength as a 2K (two-component) primer. The extra effort that goes into mixing two parts together at the jobsite translates into greater durability because it allows crosslinking, i.e., greater chemical bonding, between the active ingredients in the primer.

EcoShield 386 FD Quick-Dry Anticorrosion Coating

EcoShield 386 FD Water Based Micro Corrosion Inhibiting Coating
EcoShield® 386 FD Water Based Micro Corrosion Inhibiting Coating is a force-dry version of Cortec’s top water-based anticorrosion coating, EcoShield® VpCI®-386. As such, EcoShield® 386 FD offers excellent corrosion protection at 1.5-3.0 mils (37.5-75 µm) DFT (dry film thickness). The advantage is that EcoShield® 386 FD force-dries in only 5-10 minutes at 150 °F (54 °C) and has good hot hardness, which keeps the hot coated parts from sticking together before they can cool down.

Tru Temp 2nd GEN

Tru Temp 2nd GEN Mid-Temperature Black Oxide
Operating at the optimum temperature range of 200° – 210°F as the original Tru Temp XL, TRU TEMP 2nd GEN makes it easy to use in-house and operator friendly. The chemistry is easy to manage and contains no EPA regulated metals, so rinse waters are generally sewerable by neutralizing the pH with a typical discharge range of pH 7-11. Additionally, reaching this pH range takes only 20% of the acid than other processes. Since TRU TEMP 2nd GEN requires no effluent treatment, the initial capital investment is only about half of other blackening finishes. 

VpCI-369 Oil-Based Temporary Coating

VpCI-369 Provides Long-Term Rust Prevention for Automotive and Heavy Equipment Parts
 VpCI-369 is an oil-based temporary coating that provides extreme corrosion protection in aggressive environments and is one of Cortec’s most-popular wet film corrosion inhibitors. It is an excellent option for protecting auto service parts and heavy equipment components before assembly. Since VpCI-369 is thixotropic, it can be mixed so that the product changes consistency to enhance sprayability for application with an airless sprayer. Once applied, it thickens so that it does not run off the metal. VpCI-369 can be tinted to blue, green, or other custom colors if desired to help workers detect sufficient product coverage.

HEAVYDUTY 20 Anti-Slip Coating

HEAVYDUTY 20 Anti-Slip Coating Ideal for Industrial Environments
A member of the Walk-A-Sured® Water Clear Epoxy System, this eco-friendly, two-component epoxy system meets OSHA and ADA standards, and ASTM slip-resistance requirements.  It contains 100% solids, with no solvents or VOCs, ensuring compatibility with previously installed coatings.  Water, solvent and chemical resistant Walk-A-Sured® Water Clear HEAVYDUTY 20 contains polymer grit which gives the coating long-lasting added traction.   It is ideal for use on industrial floors by machining centers and other oil-prone areas, in auto service stations where oil and grease are common, in ski resorts where floors are normally wet, and other manufacturing/industrial/commercial environments. 

BALDIA Diamond Coatings

BALDIA Coatings Improve Cutting Performance
The diamond coating portfolio covers the entire spectrum of demanding machining applications and is divided into two groups of different base materials. The first contains coatings for machining highly abrasive compacted and sintered powders like graphite for moulds and dies, as well as ceramics for dental applications. For these applications, the BALDIA COMPACT and BALDIA COMPACT DC coatings produce the best possible machining performance. The second group of base materials are fibre-reinforced plastics, stack materials and highly abrasive aluminium alloys used in the aerospace and automotive industries. For this group, BALDIA NANO and BALDIA COMPOSITE DC are the right choice. In both groups the ending “DC” stands for maximum coating quality with consistently high tool performance and the tightest possible tolerances for tool diameter and coating thickness.