KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
+
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads

Our company produces KP-09 ultra-high-molecular-weight sheave liners using imported materials, which boast exceptional wear resistance (with a mortar abrasion rate just 1/10 that of PVC, 1/7 that of carbon steel, and 1/27 that of brass), excellent impact resistance (achieving an impact strength of up to 180 kJ/m² or higher), outstanding self-lubricating properties (with a friction coefficient of only about 0.10), and remarkably high tensile strength (exceeding 35 MPa). Additionally, these liners exhibit superb corrosion and water resistance, maintaining excellent stability across a wide range of organic and inorganic media. They also deliver exceptional low-temperature performance and are completely hygienic and non-toxic.

We can produce products in various shapes and specifications according to customer requirements.

Project

Numerical value

 

Unit

Testing standard

Density

0.95~1.08

g/cm³

GB1033

Tensile elongation

36

Mpa

GB1040

Elongation at break

300

%

GB1040

Impact strength

196

KJ/

GB1043

Ball indentation hardness

38

N/m

GB3398

 

Friction coefficient

 

self-lubricating

0.10~0.22

 

 

Spraying water

0.05~0.10

 

 

fat liquoring

0.05~0.08

 

 

Abrasion

1.3

mg

GB3960

Dilatation coefficient

<2×10-4

K⁻¹

 

Thermal deformation temperature: 0.45 MPa

93

GB1634

Melting point

136

D2117

Vicat softening point

134

D1525

Brittle temperature

below-70


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KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
+
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads
  • KP-09 Ultra-High Molecular Wheel Sheave Lining Pads

KP-09 Ultra-High Molecular Wheel Sheave Lining Pads

This product is manufactured using imported materials, offering excellent wear resistance, superior impact strength, and self-lubricating properties. Additionally, it is hygienic and non-toxic. We can produce products in various shapes and specifications according to customer requirements.

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