Brief: In this video, we showcase how our reinforced polyurethane belts solve critical industrial challenges. Stay tuned as we highlight the most important features and real-use results, including demonstrations on canning lines and sorting machines to illustrate their high-strength, low-stretch performance.
Related Product Features:
High-strength, low-stretch construction ideal for demanding industrial applications and longer conveyor lengths.
Available in multiple types including round belts, V-belts, ridge belts, and super grips belts for versatile machinery use.
Reinforced with polyester, Kevlar, or steel wire cord materials to ensure durability and high tensile strength.
Standard hardness of 90 Shore A provides reliable performance in medium-duty power transmission.
Suitable for heavy loads and applications like canning & filling lines, roller conveyors, and sorting machines.
Offered in smooth and rough surface variations to meet different operational and grip requirements.
High temperature resistance ensures stable performance in various industrial environments.
Available in multiple diameters and roll lengths with a minimum order quantity of 10 rolls per size.
FAQs:
What materials are used to reinforce these polyurethane belts?
Our reinforced polyurethane belts are available with polyester, Kevlar, or steel wire cord materials, providing high tensile strength and durability for demanding industrial applications.
What types of belts are available and what are their typical applications?
We offer reinforced round belts, V-belts, ridge belts, and super grips belts. They are ideal for various industrial uses including canning & filling lines, roller conveyors, sorting machines, and medium-duty power transmission systems.
What is the minimum order quantity and available sizes for these belts?
The minimum order quantity is 10 rolls per size. We offer a wide range of sizes, for example, round belts from 4mm to 20mm diameter and V-belts in types A, B, C, D, M, and Z, with specific roll lengths for each.
What is the hardness and temperature resistance of these belts?
These belts have a standard hardness of 90 Shore A and offer high temperature resistance, making them suitable for stable performance in various industrial environments and applications.