EPDM

EPDM HT is a specialized type of EPDM developed for use in high-temperature environments. This material combines all the advantages of standard EPDM including resistance to steam, water, ketones, and alcohols but with enhanced thermal resistance properties.

EPDM HT retains its characteristics at temperatures up to 160°C , making it ideal for applications in systems exposed to high thermal loads.

Environments where EPDM can be used:

1. Cold and hot potable water
2. Sterilization steam
3. Dairy products
4. Juices, wine, beer
5. Food acids (citric, acetic, lactic, etc.)
6. Alkaline cleaning agents (for CIP system cleaning)

NBR

NBR HT (High-Temperature Nitrile Butadiene Rubber) This is a special version of standard NBR with enhanced thermal resistance, maintaining its properties at temperatures up to +130°C, and occasionally up to +140°C (for short durations).

Environments where HNBR can be used:

1. Food industry (for fatty environments)
2. Oil and fat processing facilities
3. Oil refining, machinery, and automotive industries
4. Heat exchangers in heating systems using oil-based heat transfer fluids

HNBR

HNBR (Hydrogenated Nitrile Butadiene Rubber) is characterized by its high resistance to temperatures of up to 150–160°C. Thermal resistance up to 150–160°C allows the material to be used in high-temperature environments. Chemical resistance to oils, fuels, and aggressive chemicals. Mechanical strength and wear resistance, which extend the service life of seals in harsh conditions. Flexibility and elasticity even at elevated temperatures.

FKM

FKM G (Food-Grade Fluoroelastomer) offers excellent thermal resistance and chemical inertness.

Environments where FKM G can be used:

1. Aggressive chemicals (acids, alkalis, oxidizers)
2. Aromatic and chlorinated hydrocarbons
3. Oils, fuels, lubricants, hydraulic fluids
4. High-temperature environments (up to 200–220°C)
5. Vacuum or high-pressure conditions
6. Chemical processes in the pharmaceutical, petrochemical, and energy industries