Product Description:

PU conveyor sealing systems are designed to provide reliable dust control and material containment for industrial bulk handling conveyor applications. Manufactured from premium polyurethane compounds, the skirting offers superior abrasion resistance and flexibility compared with conventional rubber sealing products. Installed along conveyor sidewalls and skirtboards, the skirting creates a durable contact seal that minimizes material spillage and airborne dust emissions. The product is suitable for mining plants, cement factories, coal conveyors, and aggregate processing facilities.

Polyurethane conveyor belt skirting is a high-performance sealing material installed along conveyor loading zones and transfer points to prevent material spillage, control dust emissions, and protect conveyor systems from excessive wear. Compared with traditional rubber skirting, polyurethane skirting provides significantly longer service life, better abrasion resistance, and lower maintenance costs.

Designed for mining, quarrying, aggregate processing, coal handling, cement plants, ports, and bulk material conveying systems, polyurethane skirting creates an effective sealing barrier between the conveyor belt and skirt board, helping maintain cleaner and safer operating conditions.

Polyurethane conveyor skirting is widely used in:

• Mining conveyor systems

• Aggregate crushing plants

• Quarry conveyor belts

• Coal handling systems

• Cement plants

• Sand and gravel processing

• Ports and bulk terminals

• Recycling conveyor systems

• Power plants

• Steel and metallurgy industries

Typical installation areas:

• Conveyor loading zones

• Transfer points

• Discharge sections

• Impact zones

• Dust containment systems

Polyurethane conveyor skirting is manufactured from high-quality cast polyurethane elastomer with excellent elasticity and wear resistance.

Available structures include:

• Single layer polyurethane skirting

• Double seal skirting systems

• Polyurethane rubber composite skirting

• Steel reinforced skirting

• Beveled edge skirting

• Self-adjusting skirting systems

Polyurethane skirting typically provides 3–5 times longer service life than traditional rubber skirting under similar conditions.

Effectively prevents material spillage and keeps bulk material on the conveyor belt.

Reduces airborne dust emissions and improves workplace safety.

Low friction polyurethane minimizes damage to conveyor belts compared with ordinary rubber skirting.

Suitable for high-load transfer points and heavy bulk material handling.

Performs well in wet, corrosive, and chemically aggressive environments.

Compatible with most standard clamping systems and conveyor skirtboard systems.

Long service life reduces shutdown frequency and labor costs.

Conveyor skirting is installed along both sides of the conveyor belt in the loading and transfer zones. The polyurethane skirt forms a flexible sealing barrier against the moving belt, preventing dust leakage and material spillage while maintaining stable material flow.

The flexible polyurethane edge adapts to belt movement and helps reduce vibration and sealing gaps during conveyor operation.

General-purpose wear-resistant conveyor sealing.

Primary and secondary sealing structure for superior dust containment.

Improves sealing efficiency and reduces belt wear.

Suitable for heavy-duty mining conveyor systems.

Combines flexibility and high abrasion resistance.

Polyurethane conveyor skirting is suitable for:

• Iron ore

• Gold ore

• Copper ore

• Coal

• Limestone

• Sand

• Gravel

• Cement clinker

• Recycled aggregate

• Fertilizer

• Grain and bulk powders

High rebound elasticity and excellent abrasion resistance.

Typically lasts several times longer than rubber skirting.

Maintains effective sealing even under high vibration conditions.

Customized width, thickness, hardness, and color available.

Suitable for most conveyor skirting clamp systems.

Professional export packaging and worldwide shipping support.

• Maintain proper contact pressure with conveyor belt

• Avoid excessive friction against belt surface

• Use suitable clamp systems for stable sealing

• Regularly inspect skirt wear condition

• Select hardness according to material abrasiveness and belt speed

To recommend the correct polyurethane conveyor skirting, please provide:

1. Conveyor belt width

2. Material being conveyed

3. Belt speed

4. Material lump size

5. Working temperature

6. Required skirting thickness

7. Required hardness

8. Existing clamp system photos

9. Monthly consumption quantity