New game modes, tracks and vehicles are unlocked as players progress through the game. Players start out with low performance vehicles and soon work their way up to high-performance models, by earning money in a series of hi-octane races and arena battles. Gas Guzzlers Extreme is an exciting new twist on the car combat experience with the addition of furious team/clan combat battles. In the SAE J200 ASTM D2000 classification system for rubber materials Fluoroelastomers are documented as a “HK”.Gas Guzzlers Extreme is a fast, furious, armed-to-the-teeth, trigger-happy shooter,shifted into top gear! Take a white knuckle ride in this crazily addictive combat racing game that features a ton of vehicles, weapons, upgrades, on-track bonuses and environments. Talcum powder on surface to reduce stickingįluoroelastomers are referred to generically as FKM polymers per the nomenclature noted in ASTM D1418.Special tumbling for complete flash removal.PTFE or Parylene Coated in choice color.Internal Lubrication with Silicone oil, Moly and Graphite.See Popular Compounds list below for compound examples. Please contact a Marco Sales Consultant or Engineer to discuss additional options. Polar solvents, low molecular weight organic solvents and glycol-based brake fluidsįKM and Viton® O-Rings Specialty Performance Polymer Types:įKM and Viton® O-Rings Compound and Product Options:.Hot hydrofluoric or chlorosulfonic acids and low molecular weight organic acids (formic and acetic acids). Low molecular weight esters and ethers.Ketones (MEK,and Acetone) and Skydrol fluids.Low gas permeability, low compression set.Excellent resistance to aging and ozone.Excellent resistance to acids, fuels, mineral and vegetable oils and greases, aliphatic, aromatic and chlorinated hydrocarbons, non-flammable hydraulic fluids (HFD) and many organic solvents and chemicals.Viton®, Fluorel®, Technoflon®, Dai-El® Common Names:įKM, FPM (Europe), Fluoropolymer, Fluoroelastomer FKM and Viton® O-Rings Features: Consult a Marco Engineer for more details. The most practical way of determining an end-use temperature range is testing in the actual application conditions. Actual temperature range of a compound in an end-use application is highly dependent on part type, hardware configuration, applied forces, chemical media, pressure and thermal cycling effects, and other factors. The temperature ranges presented above are approximations for dry air service only and should not be used to determine design specifications or end-use temperature limits. TR-10 Low Temperature Flexibility F° (C°)įKM and Viton® O-Rings Temperature Range:

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