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High Rev Simulators use of cost effective technology in silicone molding processes allows for production of extremely high fidelity parts without the high cost of machining master parts then making tools or foundry over size parts to account for the shrinkage. Accuracy using HRS technology is to the point of transferring a finger print from a master onto a finished high fidelity part including stick and throttle heads. Silicone molds allows for quick turn around schedules, extremely cost competitive products and unbelievable high fidelity. HRS Silicone molding processes greatly enhances and produces high fidelity but also obtains cost saving benefits in economical part prototyping, short production runs and high volume production. Temperature Resistance - The most outstanding property of silicone rubber is it's ability to operate in temperature extremes. Under normal operating conditions, some formulations can be used in temperatures from -150 to 650 degrees F with excursions to 850 degrees F. At elevated temperatures the tensile strength, elongation and abrasion resistance is far superior to that of most organic rubber. It should be noted that useful life diminishes in continuous operating temperatures above 300 degrees F but it also offers almost unlimited life at normal operating temperatures. Mechanical Characteristics - Strong, resilient and stretchable, even at temperatures where organic rubbers fail. It exhibits excellent physical properties and is available in a wide range of hardness's from 5 Shore A to 80 Shore A. Low Compression Set - When operating in a -120 to 500 degree F environment it is superior in compression set to all other elastomers. Resistance to Weathering - Resists the deteriorating effects of the outdoor environment (sunlight, ultra violet radiation, ozone and moisture). It also has good resistance to acids, bases, salts and minerals found in soils. Vibration Dampening - Absorbs energy over a wide range of frequency and temperature. Electrical Properties - Retains good electrical properties, such as dielectric strength, at elevated temperatures where most other materials become useless. Ozone and Corona Resistance - The ozone resistance approaches that of mica and it also offers excellent corona resistance. Fire Resistance - When exposed to direct flame, it burns to a non-conducting ash. While burning, it does not give off toxic materials, as do many other rubbers. Some formulations have excellent resistance to fire. Inertness - It does not cause staining, corrosion or deterioration of other materials with which it comes in contact. Release Characteristics - Not compatible with many organic substances, therefore, it provides a better release surface than any other rubber. Chemical Resistance - Resistance to chemicals is particularly useful at temperatures, which prevent the use of other elastomers. Resistance to particular chemicals should be checked with the technical representative. Fungus Resistance - Properly cured it will not support the growth of fungus. Radiation Resistance - The ability to resist radiation damage at normal temperatures is comparable to many other synthetic elastomers. However, at high temperatures it offers a combination of thermal, oxidation and radiation resistance not available in any other polymer. Some formulations will withstand radiation dosages of 110 megarads at room temperature and 30 megarads at 400 degrees F. Call HRS for any additional information and pricing: Other Products: |
F15 f15 F-15 f-15 F15 f15 F15E f15e F-15E f-15e F15E f15e Strike Eagle |
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