Blickle HTH 82 x 70mm Polyurethane Roller - 20mm Bore

The Blickle HTH 82 x 70mm is a premium German made polyurethane roller designed for equipment that needs to carry substantial loads, move with low rolling resistance and withstand intensive material handling use.

The Blickle Extrathane® polyurethane tread has a hardness of 92 Shore A, providing low rolling resistance with excellent abrasion resistance and high resistance to cuts and tear propagation. The non-marking tread also provides good floor protection while remaining highly resistant to many aggressive substances.

The Extrathane® tread is cast directly onto a steel wheel centre, creating a strong chemical bond between the polyurethane and centre. A 6204 ZZ shielded ball bearing provides smooth and consistent rotation under load. This variant has a 20 mm axle bore and 70 mm clamping length.

With an 82 mm diameter, 70 mm width and load capacity of 640 kg at 4 km/h, this is the highest capacity roller in the selected HTH range. Its static load capacity is 1,600 kg.

HTH rollers are particularly well suited to pallet trucks, pallet jacks and other material handling equipment where compact dimensions, high load capacity and dependable rolling performance are required. The polyurethane tread provides a useful balance between low rolling effort, wear resistance and floor protection.

Blickle engineers, manufactures, and tests its products in Germany under exceptionally tight production tolerances. The HTH series combines Blickle Extrathane® polyurethane, steel wheel centres and quality ball bearings to provide consistent performance across repeated industrial cycles. Blickle's manufacturing systems are certified to DIN EN ISO 9001, ISO 14001, ISO 45001 and ISO 50001.

The HTH 82x70/20-70K is best suited to applications where high load capacity, low rolling resistance, excellent wear resistance and dependable service life are required from a compact roller. The Extrathane® tread is suitable for operating temperatures from -20°C to +70°C, temporarily up to +90°C, with reduced load capacity above +40°C.