Anti-abrasion rubber fabrics are renowned for their impact resistance, flexibility and durability. soundproofing properties. They are often used to process primary materials.
Rubber solutions are regularly characterized by their thickness and hardness. Although important, these two criteria are not sufficient to determine the quality of an abrasion-resistant rubber fabric. Tear resistance, abrasion resistance and elasticity are also important properties, not to mention the general screening environment such as granulometry, drop height and angle, etc. GIRON's teams can provide you with invaluable advice to determine the best solution for your screening plant.
Since they have a high elongation capacity, abrasion-resistant rubber cloths need to be reinforced with one or more textile plies to ensure that the mesh aperture is maintained, and to guarantee good mechanical resistance to tension, whether mounted in lateral tension (perpendicular to the product feed) or longitudinal tension (parallel to the product feed).
To be tensioned, these cloths are made with tensioning hooks, also known as "tensioning hands". These are steel sheets bent at an angle to suit the various screens. The hooks are connected to the synthetic screening surface by a bolting system, for example.
To operate a screen, it must be correctly tensioned. It must also follow a certain curve defined by screen manufacturers. The thicker the fabric, the greater the curvature required for good support. To ensure that the canvas sits more securely on the frame, solid zones are provided on the canvas at the level of each transverse support.
Anti-abrasion rubber technology can be used in a number of different ways: as a stretched fabric, on a metal frame, or in the form of modular pavers.
GIRON has a wide range of square, rectangular and round (W) meshes to meet the needs of its customers.
Standard range: (for other dimensions, please consult us)
- Mesh size: 10 mm ≤ W ≤ 150 mm
- Thicknesses: 10 mm ≤ e ≤ 50 mm
- Mesh size: in rows or in staggered rows