Type A Single Lip – Rubber Coated w/ Spring (Rotary Seals or Oil Seals)

[Type A Single Lip]

DIN: 3760 Standard.

Common Materials: Nitrile, Fluorocarbon, Silicone, EPDM, Polyacrylate, Neoprene.

Spring make: Carbon Steel Stainless Available.

Pressure Rating: Max 7psi.

Mounting: Press-fit.

Comments: Common grease seal type. Rotary Motion Only. Generally used for sealing lower pressure (up to 0.5 bar/7psi) fluids or heavy greases depending on shaft speed. If a backup ring is used, it can operate at medium pressure (4 bar/57psi).

Type ADL Double Lip – Rubber Coated w/ Spring (Rotary Seals or Oil Seals)

[Type ADL Double Lip]

DIN: 3760 Standard.

Common Materials: Nitrile, Fluorocarbon, Silicone, EPDM, Polyacrylate, Neoprene.

Spring make: Carbon Steel – Stainless Available.

Pressure Rating: Max 7psi.

Mounting: Press-fit.

Comments: Common grease seal type. Rotary Motion Only. Generally used for sealing lower pressure conditions with medium dirt exclusion of foreign materials. Used for lower pressure (up to 0.5 bar/7psi).

Type AW – Rubber Coated – No Spring (Rotary Seals or Oil Seals)

[Type AW Single Lip]

DIN: 3760 Standard.

Common Materials: Nitrile, Fluorocarbon, Silicone, EPDM, Polyacrylate, Neoprene.

Spring make: N/A.

Pressure Rating: Max 7psi.

Mounting: Press-fit.

Comments: Common grease seal type “Springless”. Rotary Motion Only Generally used
for sealing non-pressure medium, especially for grease or viscous fluids. Otherwise only
for less critical sealing applications.

Type B Single Lip – Metal Case w/ Spring (Rotary Seals or Oil Seals)

[Type B Single Lip]

DIN: 3760 Standard.

Common Materials: Nitrile, Fluorocarbon, Silicone, EPDM, Polyacrylate, Neoprene.

Spring make: Carbon Steel – Stainless Available.

Pressure Rating: Max 7psi.

Mounting: Press-fit.

Comments: Common grease seal type. Rotary Motion Only Generally used for sealing
lower pressure (up to 0.5 bar/7psi) fluids or heavy greases depending on shaft speed. If a
backup ring is used, it can operate at medium pressure (10 bar/140psi).

Type BDL Double Lip – Metal Case w/ Spring (Rotary Seals or Oil Seals)

[Type BDL Double Lip]

DIN: 3760 Standard.

Common Materials: Nitrile, Fluorocarbon, Silicone, EPDM, Polyacrylate, Neoprene.

Spring make: Carbon Steel – Stainless Available.

Pressure Rating: Max 7psi.

Mounting: Press-fit.

Comments: Common grease seal type. Rotary Motion Only Generally used for lower pressure conditions with medium dirt exclusion of foreign materials. Used for lower pressure (up to 0.5 bar/7psi).

Type BW Single Lip – Metal Case – No Spring (Rotary Seals or Oil Seals)

[Type BW Single Lip]

DIN: 3760 Standard.

Common Materials: Nitrile, Fluorocarbon, Silicone, EPDM, Polyacrylate, Neoprene.

Spring make: N/A.

Pressure Rating: Max 7psi.

Mounting: Press-fit.

Comments: Common grease seal type. Rotary Motion Only. Generally used for sealing non-pressure medium, especially for grease or viscous fluids. Otherwise only for less critical sealing applications.

Type C Single Lip – Full Metal Case w/ Spring (Rotary Seals or Oil Seals)

[Type C Single Lip]

DIN: 3760 Standard.

Common Materials: Nitrile, Fluorocarbon, Silicone, EPDM, Polyacrylate, Neoprene.

Spring make: Carbon Steel – Stainless Available.

Pressure Rating: Max 7psi.

Mounting: Press-fit.

Comments: Common grease seal type. Rotary Motion Only Generally used for sealing lower pressure (up to 0.5 bar/7psi) fluids or heavy greases depending on shaft speed. If a backup ring is used, it can operate at medium pressure (10 bar/140psi).

Type CDL Double Lip – Full Metal Case w/ Spring (Rotary Seals or Oil Seals)

[Type CDL Double Lip]

DIN: 3760 Standard.

Common Materials: Nitrile, Fluorocarbon, Silicone, EPDM, Polyacrylate, Neoprene.

Spring make: Carbon Steel – Stainless Available.

Pressure Rating: Max 7psi.

Mounting: Press-fit.

Comments: Common grease seal type. Rotary Motion Only Generally used for lower pressure conditions with medium dirt exclusion foreign materials. Used for lower pressure (up to 0.5 bar/7psi).

Standard O Rings

MECH Rubber offers the seal industry’s largest inventory of O-rings including every standard AS-568B size, including I.D.’s from 1/32″ (.794mm) to 26″ (66.04cm), O.D.’s from 3/32″ (2.38mm) to 26-1/2″ (67.31cm) and cross sections (widths) from 1/32″ (.794mm) to 1/4″ (6.35mm). We also carry a wide variety of metrics and non-standard sizes. Most likely the size and compound you require is in our stock of over 300,000,000 O-rings. Our O-ring inventory is constantly restocked to assure immediate delivery of any size in large or small quantities. We are the largest rubber manufacturers in India.

Simplified Reference Easy to Order:

Our Quick Reference Guide has all the information you need at a glance. All rubber O rings sizes are listed by ascending inside diameter (I.D.) in fractional AND decimal sizes. Standard AS-568B Uniform Numbering System (Order by a single number).

Choice of Seven Materials as Standard:

We offer O rings rubber compounds and options of Durometer hardness to satisfy practically any service condition. Check with our sales staff for other material needs.

Quickest Delivery on O-Rings:

We have stock of about 300,000,000 O-rings. Immediate shipments with no intermediate delays. (Remember – with MECH Rubber you buy direct.)

We highly recommend that in all cases, samples of a specific size and compound should be tested in the application before use in production.

General Applications

O-Rings from MECH Rubber are available in a choice of seven basic materials each in a range of optional Durometer (Shore A) Hardnesses. Other materials available upon request.

Buna-N:

In the Buna-N family, you will find compounds which are ideally suited for oil resistant applications of all types.

Ethylene-Propylene:

In the Ethylene-Propylene family, you will find compounds that are used extensively for outdoor, weather resistant uses, water appliances. The first choice for low torque drive belts.

Silicone:

In the Cast Polyurethane family, you will find compounds which are used predominantly in high hydraulic pressure applications and situations where highly stressed parts are subject to wear.

Cast Polyurethane:

In the Cast Polyurethane family, you will find compounds which are used predominantly in high hydraulic pressure applications and situations where highly stressed parts are subject to wear.

Neoprene®:

In the Neoprene family, you will find compounds which are the superior sealing materials for the refrigeration industry featuring resistance to ammonia and Freon®.

Fluorocarbon:

In the Fluorocarbon family, you will find compounds which make-up the preferred seals for aircraft engines, automotive fuel handling systems and hard vacuum

Fluorosilicone:

In the Fluorosilicone family, you will find compounds which make-up seals that are unparalleled for aerospace fuel systems and auto fuel emission control systems. All materials are compounded under stringent quality control for uniformity of physical properties, and to meet or exceed Government, Military, Space Program, Automotive, F.D.A., Industrial and Commercial specifications.

Metric Size Range

A wide range of Standard British, Swedish and German Metric ‘O’ Rings India are available in cross sections from 1.5 to 8.4 millimeters and inside diameters from 3 to 395 millimeters.

The MECH V-RING is a unique all-rubber seal for rotary shafts. The V-Ring provides a perfect solution to prevent the ingress of dirt, dust, water or combinations of these media while positively retaining grease. With its unique design and performance the V-Ring protects a wide range of bearing types. It can also be used as a secondary seal to protect primary seals that do not perform well in hostile environments. It has been used successfully by OEM and the replacement market world wide in a broad range of applications.

Selection of Rubber

When selecting the correct material i.e. type of rubber compound it is necessary to take the following requirements into account;

• good chemical resistance
• good resistance to high and low temperatures
• good resistance to ozone and weathering
• It is also necessary to consider the need for the following attributes;
• high resistance to wear
• low friction
• low compression set
• good elasticity

Properties

Pressure Range: up to .5 MPa (74 psi)
Temperature: -40 to +200ºC (-40 to +392ºF)
Velocity: 30 m/s (100 ft/s)

Application

The V-Ring is normally long-drawn-out and mounted directly on the shaft, where it is positioned by the inherent tension of the rubber body. It rotates with the shaft and seals axially against a stationary counter face, at right angles to the shaft. The counter face can be the end face of a bearing or a washer, stamping, bearing housing, or even the metal case of oil seal. The sealing lip is flexible and applies only a relatively light contact pressure against the counter-face and yet is still sufficient to maintain the sealing function. The low contact pressure (that varies with the fitted width) allows the seal to run dry in many applications.

Due to the centrifugal force, the contact pressure of the lip decreases with increased speed. This means that frictional losses and heat are kept to a minimum, resulting in excellent wear characteristics and extended seal life. Once breakaway torque is overcome, the power losses reduce steadily until around the 10 -15 m/s band when they reduce quite quickly. In the 15 – 20 m/s band the losses reduce to zero and the V-Ring then serves as clearance seal and deflector.

The flexible lip and hinge allow the V-Ring to function even in the presence of a certain amount of run-out, eccentricity and shaft misalignment. Contact our local company for advice on these and other application issues.

V-Rings are made entirely of rubber without fabric or sheet metal reinforcement. They are, therefore, particularly easy to install. V-Rings can be stretched and, depending on size, installed over flanges, pulleys and bearing housings without costly dismantling.

V-Rings are available in various standard cross-sections to meet various space and application requirements.

We are specialists in developing new products and we currently offer the widest range available on the market.

Our rubber sheetrange one will always find the ideal solution for any gasket sealing or abrasion protection problem, even in the most demanding industrial environments.Its used as most protective solutions to complex applications. It can be used even in dynamic applications.

All types of elastomers-natural and synthetic (SBR, Nitrile, Chloroprene, EPDM, Silicone, Viton®, Butyl and Polyurethane) always with well-defined and certified quality aimed and enhancingthe end use of the product.

Shore Hardness range from 30º to 90º A.

Finishes and presentation:

• Moulded Smooth on both sides.
• Moulded Smooth on one side + canvass impression on the other side.
• Canvass impression on both sides.
• Matt or special designs like diamond, chequered on one or both sides.
• Canvass inserted and moulded smooth finish on both the sides

Shapes and Sizes:

• Sheets available in rolls, strips, plates and tiles.
• Thickness from 1.5 mm to 50 mm.
• Widths available up to 2000 mm.
• Length up to 100 meter.

we have specialised ourselves in making of expansion joints towards following applications.

• Conveyor high temperature substances (like steam, gases etc…)
• Conveyor of high pressure or high vacuum substances
• To absorb movements
• To absorb vibrations (anti vibrations)
• Noise absorption
• Earthquake movements
• Shock absorption
• VERY HARD 90-100°

This typical joints are made as bellows of stainless steels, PTFE, Hi modulus plastics, glass fibre fabrics (we have separate section), or specialised synthetic elastomers (rubbers). A bellows are designed with single or multiple convolutions depending on length and application, with the shape of the convolution designed to withstand the internal pressures of the pipe, and to ensure flexible enough to absorb lateral , axial, and angular deflections. The higher flexibility with zero leakage are also made with multiple layers. The rubber bellows are manufactured with steel wire & high strength fibre reinforcement. The flanges are made up according to standards or non-standards provided by customers. They are made in different shapes like round, Oval, Elliptical, Conical, rectangle or octagonal.

Pressure balanced expansion joints (bellows)

We have manufactured Expansion joints mainly for industrial piping systems to adapt movement or vibrations due to thermal and mechanical changes in the production line.And some of the process has wider changes in temperature hence metal components vary in size. Expansion joints with metal bellows are designed to absorb certain movements and minimize the conveying of forces to delicate components in the system.

In some of the application pumps built pressure or gravity is used to move fluids through the piping system. Fluids under pressure follow the volume of their vessels.So we designed the unique concept of pressure balanced expansion joints to maintain a constant volume by having balancing bellows compensate for volume changes in the bellows (line bellows) which is moved by the pipe.

Rubber expansion Joint bellows

Wrapping steel wire and fabric reinforced rubber masticated sheets

Rubber expansion joints are primarily manufactured by labour-intensive wrapping of rubber masticated sheets and fabric reinforced rubber sheets around a bellow-shaped product mandrel tool.Along with rubber and fabric, reinforced rubber and/or also steel wires or metal rings are inserted for additional reinforcement. This can be made high pressure resistant. After the entire product is build up on the mandrel, it is enclosed with a winding of (nylon) peel ply to coerce all layers together before pressurization and vulcanization. Because of the labor-intensive production process, it takes longer.

Moulded rubber expansion joints

Rubber expansion joints (some types only) can also be made with a moulding process. They are of medium sized expansion joints with bead rings, which are manufactured in large quantities on a cylindrical mandrel, which is wrapped with partiality cut fabric ply. This part is finally placed in a mould and moulded into shape and vulcanized. We manufacture for automobile sector for their bulk and faster needs.

Our next project is to adopt new technology for robotic manufacturing of Automated winding of rubber expansion joints.

Mech Spares real strengths remains in the development of custom bellows. We are a world leader in the design and manufacture of bellows; we are capable of providing the best possible solution for your application. Our materials has excellent physical properties like, temperature resistance from – 40C° to 1000C°, self-extinguishing, Flame retardant, Fire proof, oil, coolant and chemical resistant, anti-abrasive, long shelf life etc…. We have expertise in chip protection, high speed cutting technology, laser beam protection, aggressive grinding coolants and moving-column machines.

With our new technology and designs bellows are vastly superior to products manufactured with traditional methods. They can be custom designed to meet and exceed your specifications.

Mech Spares fabric bellow divisions motto is to design and manufacture the products to protect customers economically, environmentally, and most importantly, employees can be even more productive, with a safer and cleaner workplace. We have adopted new technology instead of traditional methods to exceed expectations.

Our customers believe that they can rely on us for professional, individualized solutions to protect their machinery from hazardous materials such as dust, chips, weld splatter and fluids.

Thermally Bonded Bellows

Single construction and firm rigidity provide a secure cover that maintains its uniform shape even in long runs. It is also reinforced with PVC stiffeners that are thermally bonded to each fold of material to give a clean aesthetics, which will enhance the emergence of products and machinery.

Linear Guide Bellows

Mech Spares has designs and also stock of linear guide bellows for commonly used linear rails. We also have some of the special designs for tight retracted length situations as well as long extended length applications. This has been designed in standard or high temperature materials.

Stainless Steel Plated Bellows

Stainless steel bellows protect against welding splatter hot chips, and heavy chip loading. It is designed for hostile and/or extreme environments. Spring-loaded steel plates are mounted to every fold of conventional bellows, on one side or multiple sides. The steel plates push the debris off of the adjoining steel plate avoiding debris from contacting the bellows beneath. Horizontal applications work best with fixed plates and vertical applications are optimized with the hinged plate design.

Stitched Bellows

Mech Spares designed stitched bellows for severe environments. They can handle extreme temperatures, high abrasion and tight compression applications. Mech Spares uses the best chemically treated thread for the highest level of performance, Stitched bellows can be combined with rigid PVC reinforcement. They are economical solution, but it has limitation of not being liquid proof. It’s a labour intensive design.

Polygonal Laminate Bellows

Polygonal laminate bellows are aesthetically proven designs because they are available in almost any shape, and further they are attractive and practical bellows made in horizontal and vertical systems. The bellow material selection can be matched with different interior materials, and their divisional design allows for easy replacement in the case of impaired sections. It can be enhanced with, gliders and /or rigid PVC reinforce. Polygonal laminate bellows can operate in ambient temperature and humidity conditions.

Disk Rubber Bellows

This bellows are of high quality protective covers for pistons and spindles. The rubber disks are pressed out and vulcanized for added toughness and elasticity. They can be used for most regular and external applications. We recommend Nitrile & EPDM rubber covers for oil or coolant protection. We suggest alternative material for high temperature applications. They are robust in nature.

Moulded Bellows

We use moulding process to produce a wide variety of shapes and sizes. Moulded bellows are designed to resist alkalis, acids, dust and water. They are produced in large quantities.

Flange Sealing Technology Through Gaskets

Our work at the frontier of sealing technology gives us a clear understanding of the roles that gaskets must play, for example:

• If joint faces are absolutely flat and aligned true.
• If flanges do not distort under load.
• If loaded bolts do not stretch or relax…

…There is no need for a gasket, because the joint will be perfect.

In the real world, such perfection is very expensive to achieve and almost impossible to maintain. Therefore a gasket is the most practical and cost effective way to seal a bolted flange joint.

Our knowledge and experience will resolove the major problem of designers and maintenance engineers to to select the correct gaskets to ensure the integrity and safeoperation of their fluid handling plant.

Types of gaskets

• Compressed fibre Gaskets
• Cork-elastomer Gaskets
• Expanded graphite Gaskets
• Profile Cut Gaskets
• Machined/corrugated gaskets
• Spiral wound gaskets
• Semi-metallic gaskets
• Metal Jacketed Gaskets
• Other gasket products
• PTFE gaskets
• Ring joint gaskets

(caps, Grips, Bellows, Proto various sizes & shapes)

We have been manufacturing Rubber, Plastic & Vinyl caps, Grips for various applications. They can be compounded into any hardness, clarity & colour, They can be pumped & sprayed.

Some of the exclusive features are as follows:

• USP Class VI materials for medical products
• High temperature resistance,
• Anti-stat (ESD)
• Copper non staining
• Glossy or matte finishes
• Available in both custom and standard colors including fluorescent colors
• Strong & permanent environmental seal
• Available at economical rates
• Available from a minimum thickness of 0.005 inches
• Soft like skin or hard like glass
• Can to elongated up to 500%
• Weather resistance, electrical insulation, fire resistance, abrasion resistance are the other features.

We have separate unit for the designing and production of Engineering plastics especially

• Acrylonitrile Butadiene Styrene (ABS)
• Polyamides (PA)
• Polybutylene Terephthalate (PBT)
• Polycarbonates (PC)
• Polyetheretherketone (PEEK)
• Polyetherketone (PEK)
• Polyethylene Terephthalate (PET)
• Polyimides
• Polyoxymethylene (POM / Acetal)
• Polyphenylene Sulfide (PPS)
• Polyphenylene Oxide (PPO)
• Polysulphone (PSU)
• Polytetrafluoroethylene (PTFE / Teflon)
• Techtron (PPS/HPV)
• Ultra High Molecular Weight Polyethylene (UHMWPE)

Protective elements for shaft joints primarily performing angular movements. Axial movement is limited. Single convolute bellow prevent loss of lubricant while excluding contaminants. Mech has been one of the largest bellow manufacturer in India

Protective elements available in various geometrical designs for sealing axially moving rods and machine parts against dirt, dust and environmental factors. available from stock.

Fabric-reinforced moulded diaphragms in standardised geometrical moulded design for use in air cylinders for pneumatic brake systems. Depending on the level of the braking force to be transferred and the stroke length, they are divided into three design ranges for different types of cylinders: diaphragm cylinders, diaphragm spring-loaded cylinders and diaphragm tristop cylinders. The diaphragms operated in the same way for all three cylinders types.

Base material for producing flat packings and moulded parts, pressed or drilled, for all sectors of industry. Sheets and rolls are available in many elestomers and in various thicknesses and sizes.

Round mounts and buffers are designed for damping and isolating vibrations, they also have a shock-absorbing effect and compensate for stress or manufacturing differences between connected components. Mech round mounts are different from numerous other products of this kind in that they have and integrated rubber contour which reduces the high edge strain on the rubber when there is radial deflection, thus increasing the durability of the component.

Also available Spherical mounts, Instrument mounts

Flat metal ring with internally bonded, trapezoidal, elastomeric sealing torus for static sealing of Screw couplings, Flange Connections.

Depending on the gap width, operating pressure and material hardness, O-rings are fitted with backup rings to prevent gap extrusion. In addition to ourstandard range, we provide backup rings in various special materials and sizes.

Mech has a complete range of sealing solutions for applications in every sector of industry. Materials include polymers (Nitrile, Neoprene, EPDM, Silicone and Viton), rubber corks manufactured by the world’s leading cork producer, and a broad base of non-asbestos sheeting.

ultra bushings are designed for the damping and isolation of radial and axial vibrations. They are used as maintenance-free joints to balance torsional and cardianic stress. Their high level of durability relies on the bonding of the pressurised and tensioned elastomer later on both sides.

Mech rubber mouldings are used for a whole variety of applications in rubber products and include gaiters and bellows, diaphragms, anti-vibration mountings, rubber gasket seals, valve seats, rubber O rings, seals and so forth. We have large stock of Rubber O rings, Rubber gasket seals & variety of Rubber products. Each product is custom-made for a specific application and Mech can advise on the most suitable compound. Available materials include Nitrile, Neoprene, EPDM, Silicone, Fluorocarbon and Natural.

At Mech, we tailor each product to the customer’s requirements. We are one of the largest PTFE manufacturers and PTFE suppliers in India. Whether your request is for slit width, special tolerances, or custom sizes on material, you’ll always get the service and product you need. We have wide ranges of PTFE gaskets in our stock as well.

Mech is one of the only processors to reprocess virgin PTFE in house, enabling us to control the quality of reprocessed material. We also offer which is blended in our plant to offer you a larger variety of virgin PTFE materials, along with a (Ultra PTFE) which is a Virgin PTFE with Bronze & Carbonfill PTFEior physical properties.

Browse through our online catalog below, and if you have any questions, please feel free to contact us. We’re happy to help by answering any questions you have about and PTFE products or properties.

Advantages

• Excellent physical and mechanical properties
• Self-lubricating with superior bearing performance
• Good dimensional stability at operating conditions
• Superior resistance to moisture absorption
• High wear resistance
• Low coefficient of friction
• Outstanding chemical and corrosion resistance
• Light weight and reduces noise chatter
• LINEAR BEARING GRADE is oven annealed to reduce internal stresses

Method of Operation

LINEAR BEARING GRADE materials are used in dynamic load applications such as: bearings, thrust washers, bushings, gears, cams, spacers as well as in numerous other sliding or rotating components.

• Bushings: radially loaded shafts, whether Carbon or Stainless Steel, can benefit from the use of LINEAR BEARING GRADE sleeve bushings
• Thrust Bearings: under oscillating motion, these bearing materials exhibit excellent wear resistance, durability and no stick-slip. Axial- loaded shafts benefit from the reduced friction of the material
• Linear Motion: for the benefits of efficient mechanical advantage, LINEAR BEARING GRADE leadscrew nuts provide low friction, reduced noise and combinations of high speeds/low loads or moderate speeds and loads
• Pulleys: these bearing materials resist wear, self-lubricating, easily fabricated and can be incorporated into existing designs

Special Features

LINEAR BEARING GRADE was developed for general-purpose bearing applications. This grade exhibits an excellent surface finish when machined. Outstanding service life and superior chemical resistance are typical of LINEAR BEARING GRADE products. This grade excels in performance demands up to moderate loads and speeds.

LINEAR BEARING GRADE bearing grade material was developed to handle moderate loads in high-speed applications. Long service life, exceptionally low coefficient of friction with reduced noise plus high PV capabilities are some of the characteristic of LINEAR BEARING GRADE

Technical Data

MATERIAL PROPERTIES

• Tensile Strength @ Break ……… 7,600 psi 5,900 psi
• Elongation @ Break …………… 15% 19%
• Heat Deflection Temp. ………… 205°F 203°F
• Max. Continuous Service Temp…… 180°F 180°F
• Intermittent Service Temp. ……. 225°F 225°F
• Linear Coef. of Thermal Exp…….. 5.2 in/in°Fx10-5 5.2 in/in°Fx10-5
• Coef. of Friction (Non-Lub)……. 0.30 0.22
• Wear Factor …………………. 43 in/(psi*fpm*hr) 20 in/(psi*fpm*hr)*10-10 *10-10
• Limiting PV Value ……………… 7,500 psi-fpm 42,000 psi-fpm
• Warter Absorption ……………….. .20% .20%

We at MECH begin our journey as Polyurethane suppliers and turned to biggest Polyurethane Manufacturers in India to PU products designers. We did recognised that Unlike any other engineering material, Cast Polyurethanes itself have an extraordinary combination of physical, mechanical, and environmental properties.

The proportion between the resin and the curative agents can be varied to optimize some of these properties (sometimes it affects other properties). So, a proper combination will help to engineer the compound to achieve desired properties.

In most applications Polyurethane products offer following advantages.

• Resilience (high or low )
• Additional Toughness leads to Durability
• load bearing capabilities
• High Resistance to Tear and Cut
• Low Compression Set
• Impact resistance
• Outstanding Abrasion resistance
• Machinability to desired shape
• Oil, solvent, water and ozone resistance.
• Flex fatigue resistance
• Good Electrical properties
• Friction (high or low) Mechanical Properties