Reinforcement Cords
We manufacture Kevlar® timing belts that incorporate this strength and reinforcement to make the most durable timing belts available. Kevlar® is used to support suspension bridges, which is a good testimony to the strength of this material and what you can expect from our Kevlar® timing belts. Chemi-Flex has many different constructions of reinforcement cords to meet exact customer needs.
Kevlar® Belts
We manufacture Kevlar® timing belts that incorporate this strength and reinforcement to make the most durable timing belts available. Kevlar® is used to support suspension bridges, which is a good testimony to the strength of this material and what you can expect from our Kevlar® timing belts. Chemi-Flex has many different constructions of reinforcement cords to meet exact customer needs.
Polyester
Reinforcement Cords
High Tensile Strength: Polyester fibers have excellent tensile strength, making them capable of withstanding the forces exerted on timing belts during operation. This strength ensures that the belt can transmit power efficiently without stretching or elongating excessively.
Vectran
Reinforcement Cords
High Strength: Vectran fibers are known for their exceptional strength-to-weight ratio. They have higher tensile strength than steel and are among the strongest synthetic fibers available. This strength allows Vectran reinforcement cords to withstand high loads and tensions, making them suitable for demanding applications.
Steel Reinforcement Cords
High Tensile Strength: Steel cords provide exceptional tensile strength, making them capable of withstanding high loads and tensions encountered in heavy-duty applications. This strength ensures that the timing belt can transmit power efficiently without stretching or breaking under stress.
Customization: Steel reinforcement cords can be incorporated into timing belt designs with various configurations and arrangements to meet specific application requirements. This allows for the customization of belt construction to optimize performance and durability in different operating conditions.
