Folding Ordinary Structural Steel Wire Rope Core Conveyor Belt Features
Adopting a new type of structural steel wire rope as the tensile body, it has high tensile strength, low elongation, good groove forming ability, and good bending flexibility, suitable for long-distance, high-capacity, and high-speed material transportation.
Characteristics of Rubber Penetration in New Structural Steel Wire Rope
The core adhesive has sufficient penetration space to enter between each strand, and the bonding strength between rubber and steel wire rope is high, with good rust resistance, alleviating mutual shear and twisting between strands, and excellent dynamic fatigue resistance, giving the product a longer service life.
Tear Resistant (Horizontally Reinforced) Steel Wire Rope Core Conveyor Belt
Structure: A new type of steel wire rope is used as the tensile body, with one or both sides perpendicular to the longitudinal steel wire rope, and reinforcement layers such as steel wire rope, steel wire cord, fiber rope, and fiber fabric evenly laid horizontally.
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1
High Tensile Strength
Suitable for single machine large-span and long-distance material transportation.
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2
High Adhesion Strength Between Rubber and Steel Wire Rope
The surface of the steel wire rope is galvanized, and a rubber material with excellent adhesion performance to the steel wire rope is used, which has high adhesion strength to the steel wire rope, impact resistance, no falling off, and long service life.
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3
Uniform Tension of Steel Wire Rope
Adopting advanced manufacturing technology, the steel wire rope is arranged evenly, with consistent tension, smooth operation, and less likely to deviate.
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4
Good Grooving Ability
The belt is soft and easy to form deep grooves, with a large amount of materials to be transported and less likely to scatter.
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5
Small Diameter of Transmission Spoke
The belt core is composed of a layer of longitudinally arranged steel wire rope as the skeleton, which has excellent resistance to bending and fatigue performance. It can be configured with smaller diameter wheels, making the belt conveyor equipment compact.
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6
Low Elongation in Use
The belt conveyor requires a short tightening stroke.
Frequently Asked Questions
What is a steel wire rope core conveyor belt used for?
A steel wire rope core conveyor belt is primarily used for long-distance, high-capacity, and high-speed material transportation across various industries, including mining, metallurgy, port logistics, and power plants.
What are the advantages of using a new structural steel wire rope as the tensile body?
The new structural steel wire rope offers high tensile strength, low elongation, excellent groove-forming ability, and superior bending flexibility. These properties make it ideal for large-span and demanding conveyor applications.
How does the rubber penetration enhance the conveyor belt's performance?
The core adhesive penetrates deeply between each strand, creating a strong bond between the rubber and steel wire rope. This improves rust resistance, reduces shear and twisting between strands, and significantly enhances dynamic fatigue resistance — extending the overall service life of the belt.
What is the function of the horizontally reinforced (tear-resistant) structure?
The tear-resistant design incorporates reinforcement layers — including steel wire ropes, steel wire cords, fiber ropes, and fiber fabrics — laid horizontally perpendicular to the longitudinal steel wire rope. This structure greatly improves resistance to lateral tearing and impact damage.
Can X-ray inspection be performed on steel wire rope core conveyor belts?
Yes. X-ray inspection can be applied to steel wire rope core conveyor belts to detect internal damage, broken wires, or structural defects, helping to identify potential safety hazards early and prevent accidents.
Why does a steel wire rope core conveyor belt require a shorter tightening stroke?
Due to the low elongation characteristic of the steel wire rope core, the belt experiences minimal stretching under load. As a result, the conveyor system only needs a short tightening stroke to maintain proper tension, simplifying the equipment design and reducing maintenance requirements.