Bearing Material Selection Non- corrosive environment: Normal use, low to moderately high speed, all loads, low to medium temperature (less than 120°C constant and/or 150°C intermittent). Use chrome steel bearings. Check grease capabilities if in the higher temperature or higher speed range. Nylon or polyamide cage not desirable for 110°C or more.

We offers the whole range of metal, polymer and resin bushes. Bushings, also sometimes named sleeve bearings, have low friction coefficient. They can be used 

Find Your Bronze Bushing Material. C95400 (CuAl11Fe4) Aluminum Bronze， It Can Be Strengthened By Heat Treatment, Its Strength Is Higher Than Tin Bronze, And Its Resistance To High-Temperature Oxidation Is Better. C86300 (CuZn24Al6Fe3Mn4) Manganese Bronze, Wear resistance, excellent wear resistance. It's suitable for high load, low-speed

When plastic is specified, polytetrafluoroethylene (PTFE) is the engineering plastic material of choice. Plastic bushings. Figure 5: Plastic bushings 

One of the most important design decisions when selecting a bushing is choosing the right material to provide optimum performance.

Bushings, Brass Bushing Material INW-201 Gerneral Technical Inforamtion : The high performance casting bronze . Max. dynamic load: 100N/mm2 Max. Temperature: 300 [ °C ] Base Hardness: HB210-270 Friction coefficient: 0.16 Highest sliding speed: dry 0.4m/s; oil 5m/s Quality Standard: DIN 1494 Material..

01/12/  · Bushing material selection PTFE composite bushings are suitable for applications where a sliding material with self lubricating properties is a prerequisite. Application area

Bronze bushings belong to the group of solid bushings or solid bearings. They consist of a single material or alloy. Similar to the solid plastic bushings, 

The materials used shall meet the requirements of NACEMR-0175/ISO 15156-2015. 2. Material hardness shall not exceed 22 HRC (where: SA-105 shall not exceed 187 HBW). 3. The measured tensile

Step 1: Select the material that you wish to process from the list below. · Step 2: Select the type of tip that you wish use in the mould. · Step 3: Select the 

Good fatigue resistance •Good for bearing and wear (as well as structural applications) IMIDIZED MATERIALS •Best physical properties above 400ºF •Best temperature resistance Best bearing and wear capabilities •Good chemical resistance POTENTIAL MATERIAL CHOICES •ABS •Acrylic •Kydex® •Noryl® •PETG •Polycarbonate •Polystyrene (HIPS)