Hariom Engineers have the ability to provide a wide range of precision engineered PTFE parts and components, manufactured in the India in accordance with ISO 9001 2015.
With both finished and semi-finished products available, we are in a position to cater for all your PTFE requirements competitively.
Our technical team will assist you with choosing the best solution for any given application.
Please see below details of materials and disciplines.
PTFE Ring & Bush
PTFE Seal Ring
PTFE Ball Rod
Virgin PTFE
PTFE material is highly resistant to heat, as well as attack from most chemicals. The electrical properties are excellent. Though it’s high impact strength, its resistance to wear, durability and creep resistance are low as compared to alternative engineering grade thermoplastics. Like many other plastics it properties are often improved by adding fillers like glass fibre, carbon, and/or graphite.
25% Glass Filled PTFE
Glass-filled PTFE uses glass fibre as a filler, as it offers much-improved compression and wear properties compared to virgin PTFE. Increase compressive strength, wear, and rigidity, plus many more attributes with PTFE filled with glass fibre, PTFE-GF. Choose from Hariom Engineers’ selection of glass-filled PTFE in a wide range of styles and sizes.
25% Glass filled PTFE is used to improve the creep resistance of PTFE over all temperature ranges, while still allowing some compression required for sealing in both gaskets and valves. Improved wear behavior is exhibited, while there is little effect on the electrical properties, as glass fibre is an insulator. 25% Glass has an exceptional resistance to water. Still giving excellent chemical stability, PTFE +25% GF has better thermal conductivity and coefficient of friction when combined with MoS2 or graphite.
25% Carbon Filled PTFE
PTFE carbon filled has better creep and wear resistance compared to standard PTFE sheet. These properties are improved with the addition of a carbon filler. This filler improves dimensional stability, raises the heat deflection temperature, improves creep resistance and the dynamic bearing performance. Based product.
This grade provides 3½ times higher thermal conductivity than non reinforced PTFE — dissipating heat from the bearing surface faster. Carbon-filled PTFE is black in colour.
40% Bronze Filled PTFE The addition of Bronze to PTFE
Gives better dimensional stability and lowers creep, cold flow and wear. It increases hardness and compressive strength whilst also increasing thermal and electrical conductivity
PTFE 60% Bronze filled
Is a filled compound on Virgin PTFE containing 60% Bronze for Ram Extrusion, Compression and Isostatic moulding
Properties -Improved thermal dimensional stability -High thermal conductivity -Improved deformation under load -Good chemical stability -Reduced cold flow -Reduced friction & wear; Low friction behavior -Improved compression strength -Improved surface hardness -Exceptional temperature resistance -High resistance to abrasion.
Stainless Steel Filled PTFE
The addition of Stainless Steel to PTFE gives better dimensional stability and lowers creep, cold flow and wear. It increases hardness and compressive strength whilst also increasing thermal and electrical conductivity.
Glass Fibre Filled PTFE
Glass fibre is the most commonly used filler in PTFE. It gives much improved compression and wear properties. The addition of Molybdenum Disulphide greatly improves the materials self lubrication properties particularly in dynamic sealing applications.
Anti Static PTFE PTFE
With a special conductive filler to produce an antistatic material
MoS2 Filled PTFE
- Self-lubrication in presence of apolar gas
- Low friction coeff.
- Retained high dielectric performance even in presence of improved thermal and electrical conductivity due to the filler
- Good dimensional stability and not fragile like ceramic
Peek Filled PTFE
- High compressive strength
- Excellent chemical resistance
- Outstanding mechanical properties at elevated temp.
- Good wear resistance
Glass + MoS2 filled PTFE
- High compressive strength
- Excellent chemical resistance
- Improved wear resistance under load & permanent deformation
- Improved frictional properties