Vesconite Superlube

Vesconite Superlube is a bearing material with one of the lowest coefficients of friction of any bearing material available. It has a coefficient of friction lower than virgin PTFE (polytetrafluoroethylene).

Vesconite Superlube is exceptional in that coupled with this low friction are excellent load-carrying capabilities with ultra-low wear rates. We keep stock of rod, hollow bar, plate and, using our 80 CNC machines, machine to your drawings. 

Key Features
Stock Range
Technical Specs

KEY FEATURES

Low friction

Vesconite Superlube has a friction coefficient of 0.05 to 0.08 under typical loads of 3 to 10MPa when tested dry against steel in long-term tests. The friction is lower than any other plain bearing material tested in long-term tests without external lubrication. The friction is similar to virgin PTFE, except that virgin PTFE cannot sustain a long-term test under any realistic loading as it wears away too quickly, for example when loaded to ≥ 1 MPa.

High load bearing strength

Vesconite Superlube is ideal for long-term bearing loads of up to 10MPa where an exceptional wear life is required.

Hard wearing

Vesconite Superlube is extremely hard wearing, with low wear as a function of the load and velocity.

No water swell

Vesconite Superlube exhibits negligible swell with prolonged exposure to water.

Bushings
Sizes (mm) are nominal, actual sizes are slightly oversize
Plates
Sizes (mm) are nominal, actual sizes are slightly oversize
Rods
Sizes (mm) are nominal, actual sizes are slightly oversize
15 x 7 x 1,000 20 x 10 x 1,000 25 x 10 x 1,000 40 x 20 x 1,000
45 x 20 x 1,000 50 x 20 x 1,000 110 x 70 x 1,000 130 x 75 x 1,000
2 x 200 x 1,000 10 x 200 x 1,000 15 x 200 x 1,000 20 x 200 x 1,000
25 x 200 x 1,000 40 x 200 x 1,000
16 x 1000 20 x 1000 25 x 1000 30 x 1000
35 x 1,000 40 x 1,000 50 x 1,000 60 x 1,000
70 x 1,000 80 x 1,000 100 x 1,000 115 x 1,000
Technical Specifications for Vesconite Metric Imperial
Dynamic unlubricated friction coefficient on steel 0.05 ⎻ 0.08 0.05 ⎻ 0.08
Compressive yield strength 54 MPa 7,800 psi
Design load (static, oscillating or occasional) 18 MPa 2,600 psi
Linear expansion at 65% relative humidity 0.04% 0.04%
Linear expansion - saturated 0.07% 0.07%
Maximum operating temperature guide
Dry 100° ⎻ 120°C 210° ⎻ 250°F
Wet 60° ⎻ 70°C 140° ⎻ 160°F
Thermal coefficient of expansion 6 x 10 -5 mm/°C 3.3 x 10 -5 in/in/°F
Density / specific gravity 1.68 g/ml 1.68
Modulus of elasticity 0.41 GPa 59,500 psi
Poisson’s ratio (oriented) 0.37 ⎻ 0.44 0.37 ⎻ 0.44
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