With its perfect wear and impact resistance, low coefficient of friction, silent operation and other superior properties, Ulpolen^® 1000 has a very wide application area in mining. It is the essential engineering plastic in the industry.

• High impact resistance

• High wear resistance

• Low friction coefficient

• Self-slipperiness

• High chemical resistance

• Perfect resistance to water and weather

• Wide operating temperature interval

• Absorbs vibrations and works silently

Some applications are:

• Lining of all coal and ore silos, material carrying channels, bunkers, wagons, tanks and all surfaces subject to wear

• Scraping of filter wastes

• Chain guides

• Keeping coal powders in air filters

• Production of wear plates

• Construction of bearings and bushes

Efalon^® (PTFE) is a very valuable material  for mining as it has perfect resistance to all chemicals and corrosion and can be used in a very wide temperature interval.

Efalon^®’s physical characteristics such as low coefficient of friction, non-stickiness, resistance to high and low temperatures and its perfect weatherability combined with its mechanical properties enable it to find application areas in different industrial branches. Some application areas:

• Gaskets, seals, O-Rings, V-Rings, compression packings and similar sealing elements

• Lined tubes, valves and joint components for the transfer of corrosive material

• Sliding supports

• Conveyor belts in carrying sticky and corrosive materials

• Non-stick surface applications

• Construction of bushes, bearings and piston mills

• Polibant, sealing band

• Laboratory equipment requiring chemical resistance

Kestamid^® is an engineering plastic used commonly for its superior mechanical, physical, chemical and electrical properties. It is replacing aluminum, copper, bronze, steel, fiber, brass and other metals in many applications with superior advantages as it is lightweight, resistant to corrosion, impact, wear and sunlight and operates silently without lubrication.

Making use of techniques specific to production of Kestamid^® and mechanical resistance of metals, it is possible to make gears with steel core, pulleys, mixer rotors or produce Nylon^® cylinders with steel mills.

Production technique of Kestamid^® is extremely economical as it enables production of bearings, gears, wear plates and pulleys of any dimension and quantity. Some application areas are:

• Rotating and sliding machinery components

• Gears operating silently and without lubrication

• Wear plates, pulleys

• Bearings and bushes

• Sheaves

• Components with steel core support

• WEAR PLATES
• BUNKER and SILO LININGS
• BUSHES, BEARINGS and PISTON RINGS
• GASKETS, SEALING ELEMENTS
• GEARS
• CAMS
• SHEAVES
• SLIDING SUPPORTS
• GUIDES
• CONVEYOR BELTS
• PULLEYS
• O-RINGS, V-RINGS, PLAIN RINGS
• COMPRESSION PACKINGS
• TEFLON^® LINED VALVES, TUBES and SYSTEMS