Showing all 7 results

Bánh xe chân tăng chỉnh đế cao su Feida 40, mặt đế

In stock

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39 67.5 50
120.000 
Optimum leveling ease occurs at 50% of 4 casters total capacity.; Patent protected anti-vibration axles, ratcheting mechanisms and hardened steel raceway sleeve.; Cast aluminum body with a powder coat finish in ivory.

Bánh xe chân tăng chỉnh đế cao su Feida 50, mặt đế

In stock

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49.5 82 250
149.000 
Optimum leveling ease occurs at 50% of 4 casters total capacity.; Patent protected anti-vibration axles, ratcheting mechanisms and hardened steel raceway sleeve.; Cast aluminum body with a powder coat finish in ivory.

Bánh xe chân tăng chỉnh đế cao su Feida 65, mặt đế

In stock

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62 102 500
251.000 
Optimum leveling ease occurs at 50% of 4 casters total capacity.; Patent protected anti-vibration axles, ratcheting mechanisms and hardened steel raceway sleeve.; Cast aluminum body with a powder coat finish in ivory.

Bánh xe chân tăng chỉnh đế nhựa Feida 75, mặt đế

In stock

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74 120 750
333.000 
Optimum leveling ease occurs at 50% of 4 casters total capacity.; Patent protected anti-vibration axles, ratcheting mechanisms and hardened steel raceway sleeve.; Cast aluminum body with a powder coat finish in ivory.

GLOBE 125 Plate, Shock absorbing Aluminum core Rubber Caster

Available on backorder

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125 183 300
521.000 676.000 
The payloads are often subjected to damaging shock forces as the vehicles' running gear comes in contact with surface obstructions. As a result, shock caused by impact becomes a significant limiting factor to overcome.

GLOBE 150 Plate, Shock absorbing Rubber Caster

Available on backorder

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150 198 350
580.000 731.000 
The payloads are often subjected to damaging shock forces as the vehicles' running gear comes in contact with surface obstructions. As a result, shock caused by impact becomes a significant limiting factor to overcome.

GLOBE 200 Plate, Shock absorbing Rubber Caster

Available on backorder

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200 245 400
763.000 934.000 
The payloads are often subjected to damaging shock forces as the vehicles' running gear comes in contact with surface obstructions. As a result, shock caused by impact becomes a significant limiting factor to overcome.