"ptfe band"

2.14 g / cm3 carbon filled PTFE Rings As Lining And Seal For Banded Piston Specifications: Material pure PTFE Color White High and low temperature resistance -200 - 260C Processing Machine by mold Dynamic friction coefficient 0.2-0.3 1. Low water absorption 2. Corrosion resistance 3. Temperature resistance 4. High diaphaneity 5. Voltage resistance Description: 1. Good tensile strength 2. High insulation 3. Best corrosion-resistant 4. Low friction 5. Abrasion resistance PTFE

Lip Design 20mm shock absorber Banded Piston Used in Motorcycles Specifications: Physical performance for shock pistons tensile strength More than 15MPa elongation @ break More than 200% shore hardness (bands) 57 - 61 density 2.15 2.19 g/cm3 wear Less than 50mg friction coefficient Less than 0.3 hardness (sinter piston) HRB65-85 Different fillers carbon fiber glass fiber graphite Molybdenum disulfide carbon Description: Increased seal Customized ring D20 cars Shock Absorber

Customized PTFE piston band 375 Sintering Temp Produced By Automatic Machine Specifications: Physical performance for shock piston tensile strength More than 18MPa elongation @ break More than 160% shore hardness (bands) 57 - 61 density 2.06 2.19 g/cm3 wear Less than 50mg friction coefficient Less than 0.2 hardness (sinter piston) HRB60-80 Technical requirements for sinter piston Raw material F50 - U3 - 66 or FC - 0208 Steam treatment OD tested by digital air gauge

good seal PTFE ring gasket with low friction coefficient for piston banding Specifications: properties unit result Apparent density g/cm3 2.10-2.30 Tensile strength(min) MPa 15.0 Ultimate elongation(min) % 150 Working Temp. -180~260 Melting point 327 Produce Max Temp. 385 Size mm 20mm~400mm 1. Good sealing effect in Dynamic and static sealing 2. Minimal start-up and movement friction, smooth movement even at low speeds, no creeping phenomenon. 3. Good abrasion. 4.

Elongation @ break 200% shock absorber piston of good seals and proper hardness Specifications: Physical performance for shock piston tensile strength More than 15MPa elongation @ break More than 200% shore hardness 57 - 61 density 2.15 2.19 g/cm3 wear Less than 50mg friction coefficient Less than 0.3 highest working temperature 260 Description: Ningbo Xia Yi specializes in producing various shock pistons. Size from 20mm to 50mm.We have many pistons in our stock and can

skirted Tefon banded piston with Density 6.5 g / cm3 can test durability in machine Material report for sinter parts: ITEM TEST ITEM SPEC. TEST RESULT 1 Density(g/cm3) >6.4 6.48-6.52 2 Hardness(HRB) 70-90 79-84 3 Material component Fe Bal. 97.65 C 0.6-0.9% 0.8 Cu 1.5-3.9% 1.5 others

Product Description: Our PTFE Ring Gasket is designed to meet the high demands of Banding Gasket applications. It is a reliable solution for sealing and preventing leaks in flange connections and equipment. The PTFE Ring Gasket is a durable, versatile, and high-performance sealing product. Its unique properties make it ideal for use in high-temperature and high-pressure applications. The PTFE Ring Gasket is designed to be shaped according to your specific needs, making it a

F50 - U3 - 66 customized car shock Banded Piston with flared design density 6.5 g / cm3 Product Name: Sintered shock absorber piston Material: (MPIF 35) FC-0205 (DIN 30910-4) Sint C10, Fe, Balance, Cu 1.5-3.9%, C 0.3-0.6% Density: 6.4-6.9 g/cm3 after steam oxidation Hardness: 55-90 HRB, loading 1 kN, diameter of ball 1/16" Surface Treatment: Steam oxidation, 2 hours, Fe3O4: 0.004-0.005mm, degree of oxidation 2-4% Unspecified Tolerance: ISO 2768 - m / H14, h14, +- IT14/2

PTFE banded carbon fiber Front Shock Piston OD 24.945 - 24.995 mm with steam treatment Specifications: banded piston OD 24.945-24.995 skirt height 9.5-10.5 conventional design with PTFE banded on OD we can produce according to the customer's drawing material of sinter piston: FC-0208 or Hoganas powder material of PTFE bands: with carbon firber or other fillers Physical performance for shock piston tensile strength More than 18MPa elongation @ break More than 160% shore