Home / Wear Rings / PFC-7 Ultra Strong Special Fiber Phenolic Wear rings China factory

PFC-7 Ultra Strong Special Fiber Phenolic Wear rings China factory

Type: Wear Rings

Application: Oscillating sealing

Supply Ability: 10000

Payment Terms: TT , LC , Others

Tags:

REQUEST A QUOTE

Detail

Color:Grey

Impact Strength:45J/m

Temperature:-40° to 130° C, -40° to 266° F

PFC-7 Ultra Strong Special Fiber Phenolic Wear rings

Phenolic guide/ wear rings provide a bearing surface to center the piston and rod dynamic surfaces in a reciprocating cylinder application. It can prevent metal-to metal contact and improves seal life performance.

PFC-7 Material Structure:

Phenolic resin + strong special fiber

PFC-7 is based on modified phenolic resin reinforced with ultra strong special fiber, added with solid lubricants, processed under certain temperature and pressure. Compare to other fiber-reinforced(cotton fiber, polyester fiber, polyamide fiber and so on) phenolic products, PFC-7 has excellent compressive strength, it can adapt to the complex working conditions.

PFC-7 Material Advantages:

Excellent compressive, tensile, fire, heat and chemical corrosion resistant property

PFC-7 Material Technical Parameters:

Part Number	PFC-7	Test Method
Color	Grey	/
Density	1.2-1.4g/cm³ 0.043-0.051lb/in³	DIN 53476
Tensile Strength	74MPa 10730PSI	ISO 527
Ultimate Compressive Strength	460MPa 66700PSI	ISO 604
Impact Strength	45J/m	/
Rockwell Hardness	110HRM	ASTM D-229
Coefficient of friction	0.15-0.25(Dry) 0.07-0.12(Oil)	ASTM D 1894
Temperature	-40° to 130° C -40° to 266° F

Wear Cut Styles:

Advantages
Angle cut rings improve bearing stress at the gap. These rings tend to suit reciprocating movement.
Straight Cut, also known as Butt Cut rings are the easiest style to install in many applications. Straight cut rings are best suited for rotary movement.
Step cut rings also improve bearing stress at the gap. However, they offer better resistance to contaminants and spike loads. This type of design offers the best level of performance.