Forkwidth 95 mm with 12 mm thick legs welded inside & outside. Axle bore for M25 screw. Load capacity on bracket: 5000 kg.
Finish: Zinc

Welded steel fork with rectangular top plate. Combination of thrust ball bearing (DIN711) and tapered roller bearing (DIN720) in the swivelhead. Sealed and with grease nipple. Swivelhead play adjustable. Top plate and fork joined together with a secured and integrally forged kingpin.

Swivel

SolidComponents^TM

Forkwidth 95 mm with 10 mm thick legs welded inside & outside. Axle bore for M16 screw. Load capacity on bracket: 2000 kg.
Finish: Zinc.

Welded steel fork with rectangular top plate. Combination of thrust ball bearing (DIN711) and tapered roller bearing (DIN720) in the swivel head. Sealed and with grease nipple. Swivelhead play adjustable. Top plate and fork joined together with a secured and integrally forged kingpin.

Swiv

SolidComponents^TM

Forkwidth 65 mm with 6 mm thick legs welded inside & outside. Axle bore for M12 screw. Load capacity on bracket: 1500 kg.
Finish: Zinc.

Welded steel fork with rectangular top plate. Combination of thrust ball bearing (DIN711) and tapered roller bearing (DIN720) in the swivel head. Sealed and with grease nipple. Swivel head play adjustable. Top plate and fork joined together with a secured and intergrally forged kingpin.

Swi

SolidComponents^TM

Welded steel fork with rectangular top plate. Single row swivel head with CNC-machined hardened ball raceway. Sealed and with grease nipple. The single ballrace in the swivel head unites the top plate and fork.

Swivel castors may be equipped with a separate 4-w

SolidComponents^TM

Centre: Drop forged steel
Tyre: Drop forged steel
Temperature range: -20°C − +80°C

Drop forged wheels hot forged from alloy steel. Can be used in rough applications on the poorest of floors. They are virtually indestructible within their load capacity range. Tread faces have been precision-machined 90° V-grooves for operation on inverted angle track. High abrasion and oil resistance. Low rolling resistance on smooth surfac

SolidComponents^TM