Double-sealed Y-type long-tail anti-spillage skirt plate, 150*15mm type, customizable length, exquisite.

Double-Sealed Y-Type Long Tail Anti-Spilling Skirtboard 150*15mm Customizable Length, Aesthetic

Polyurethane anti-spilling skirtboard is a strip-shaped, double-layered rubber sheet at the bottom. The part in contact with the belt needs to withstand significant friction over a long period, so we generally use polyurethane blocks for this section, as polyurethane offers excellent wear resistance.

The polyurethane blocks and rubber sheet are bonded using a hot vulcanization process, ensuring they can endure prolonged friction without separating from the rubber.

The rubber used in the anti-spilling skirtboard is synthetic rubber. During the vulcanization process, we incorporate a certain proportion of heat-resistant, aging-resistant, and wear-resistant additives such as styrene-butadiene rubber.

Anti-Spilling Skirt - Anti-Spilling Skirtboard - Coal Guard Usage Features:

1. Easy and quick installation and adjustment.

2. Double-layer sealing: the inner layer prevents material spillage, while the outer layer reduces dust.

3. A composite polyurethane wear-resistant layer is applied at the contact point with the belt, ensuring long service life and no damage to the belt.

Skirtboard - Anti-Spilling Skirtboard Usage Features:

1. Easy and quick installation and adjustment.

2. Double-layer sealing: the inner layer prevents material spillage, while the outer layer reduces dust.

3. A composite polyurethane wear-resistant layer is applied at the contact point with the belt, ensuring long service life and no damage to the belt.

Polyurethane anti-spilling skirtboards fundamentally resolve issues such as coal spillage, air leakage, and powder escape on both sides of the chute, playing a crucial role in reducing dust concentration in the belt corridor. The anti-spilling skirtboards we produce have a smooth surface without any unevenness. The "T"-shaped foot maintains tight contact with the belt, ensuring excellent sealing performance.