BRECO® Backed Belts

BRECO® Backed Belts

Material Description Thickness Temp range Min.pulley dia
85 Shore ‘A’ polyurethane material is a highly abrasion resistant backing with good cut and tear resistance. Good resistance against simple oils and fats. 2mm to 80°C 80mm
85 Shore ‘A’ polyurethane material is a highly abrasion resistant backing with good cut and tear resistance. Good resistance against simple oils and fats. Has a profiled ‘pimple’ surface. 4mm to 80°C 80mm
85 Shore ‘A’ polyurethane material is highly abrasion resistant backing with good cut and tear resistance. Good resistance against simple oils and fats. Has a profiled herringbone’ surface. 4mm to 80°C 120mm
85 Shore ‘A’ polyurethane material with a high coefficient of friction is highly abrasion resistant with good cut and tear resistance. Good resistance against petrol, simple oils and fats. 3mm 4mm 5mm 6mm to 80°C 80mm 120mm 150mm 180mm
Low to medium density partially closed cell elastomer for conveying delicate items. Good oil, grease, solvent and general chemical resistance. Good abrasion resistance. Available in three increasing densities, brown, green and blue 12mm 25mm 12mm 25mm 12mm 25mm to 80°C 80mm 120mm 80mm 120mm 80mm 120mm
Very high density fully closed cell elastomer for conveying delicate items. Good oil, grease, solvent and general chemical resistance. High wear resistance. Good for vacuum belts. 3mm 4mm 5mm to 60°C 60mm 80mm 100mm
Green and blue approx. 30 Shore ‘A’ PVC profiled backing with good resilience and high wear resistance. The green is oil and fat resistant and suitable for snack food conveying applications. The blue PVC is not oil resistant. 4mm 4mm to 60°C 60mm 60mm
Black closed cell polychloroprene sponge. Good aging, oil, compression and chemical resistance and nonliquid absorbent. Non flammable and self extinguishing. 2mm 3mm to 60°C 40mm
Polyurethane foamed elastomer with micro cellular construction. Excellent wear resistance. Good resistance against simple oils and fats. Very flexible. 2mm 3mm 5mm to 80°C 80mm
Transparent PU film suitable for food contact with good wear resistance and resistance to some cleaning agents. 1mm to 60°C 80mm
Material Description Thickness Temp range Stressrating
Grey/blue chrome leather backing resistant to simple oils and fats. Good friction coefficient and resistant to abrasion. Good for conveying oily or greasy components. 2mm 3mm to 60°C 80mm 100mm
Black 75 Shore ‘A’ fluoroelastomer mix material with high contact temperature resistance up to 200°C. Resistant to simple oils and greases. Suitable for short term conveying of parts having a high residual temperature 2mm to 200°C 80mm
Filled natural rubber excellent for profiling and grooving. High tear and abrasion resistance. High resilience and elasticity. Good for general conveying duties.. 6mm 10mm to 70°C 80mm 120mm
Approx. 40 Shore ‘A’ natural rubber is the most common and versatile backing material with outstanding resilience and remarkable cut and tear resistance. Excellent wet abrasion resistance. Not oil and grease resistant. 1.6mm 2.4mm 3.2mm 4.8mm 6.4mm 12.7mm 20mm to 60°C 25mm 30mm 40mm 40mm 40mm 60mm 80mm
70 Shore ‘A’ transparent/ yellow polyurethane.Wear and abrasion resistant. Suitable for general conveying tasks. 2.5mm to 80°C 60mm
Approx. 40 Shore ‘A’ white PVC. Resistant to oils and fats and FDA approved for contact with foodstuffs. 2mm 3mm 4mm 5mm 6mm to 80°C 60mm 60mm 80mm 120mm
Approx. 40 Shore ‘A’ white PVC. Resistant to oils and fats and FDA approved for contact with foodstuffs. Top surface has ‘herringbone’ pattern. 4mm to 80°C 80mm
Approx. 40 Shore ‘A’ blue PVC. High coefficient of friction. Resistant to some oils and fats. 1mm to 80°C 30mm 30mm
Approx. 40 Shore ‘A’ blue PVC.Textured top surface. High coefficientof friction. Resistant to some oils and fats. to 80°C 30mm
Low coefficient of friction nylon tooth facing. Resistant to some oils and fats. to 80°C
Low coefficient of friction nylon back facing. Resistant to some oils and fats. to 80°C
Low coefficient off friction nylon tooth and back facing. Resistant to some oils and fats.