Highly Wear-Resistant 220 mm High Polyurethane Double-Sealed Conveyor Skirting Boards

• Type: Dual Seal, Rubber, Polyurethane Skirt, etc
• Feature: Wear-resistant, Tear-resistant, Flame-resistant, Cold-resistant
• Usage: Cartons on Pallet, Plywood Case
• Performance: Wear Resistant Skirt Rubber
• Product Name: Conveyor Belt Skirt Rubber
• Size: Customized
• Model NO.: 35221100
• Rubber: Polyurethane,Rubber
• Applicaition: Conveyor Belt Dust Seal
• Material: Rubber + Polyurethane
• Item Name: Dual Skirt Rubber Polyurethane
• Function: Prevent Material and Dust Leakage
• Process: Hot Vulcanizing
• Component: Handle Clamp / Bolt Clamp /Polyurethane Skirtboard
• Transport Package: Cartons on Pallet, Plywood Case
• Specification: 15mm thickness * 150mm /190mm width * length
• Trademark: Bai-ott
• Origin: China
• HS Code: 3920999090
• Production Capacity: 5000 Meters Per Day

Product Description

Conveyor belt side skirt rubber manufacturer

 
Skirt rubber is used mainly in the mining industry as a side skirt on conveyor belt system.

Skirt rubber has a double layer of skirt rubber compound from polyurethane and rubber. The inner wear resistant of polyurethane exceeds the wear life of traditional rubber on skirting, whilst outer anti-dust integral molding can adapt to belt vibration and maintain the correct pressure to effectively seal the belt. 

Natural rubber mixed with styrene-butadiene rubber will make skirt rubber more durable, increase its elasticity so that the sealing strip can be firmly attached to the conveyor belt.

Bai-ott's newly formula add semi-solidified lubricant to natural rubber, which solves the problem of high wear and tear and the belt easily damaged. 

Advantage:
Reduce dust leakage
Polyurethane layer-high wear resistant
Low contact pressure
Protect conveyor belt and prolong service life
Custom service is available

Color		OEM
Polymer	DIN ISO 1629	NR
Hardness	DIN ISO	51 Shore A
Abrasion	DIN ISO	160 mm³
Specific Weight	DIN EN ISO 1183-1	1.11 g/cm³
Tensile Strength	DIN 53 504	25 N/mm²
Elongation At Break	DIN 53 504	600%
Resilence Elasticity	DIN 53 512	70%
Tear Growth Resistance	ISO 34-1 Method A	11 N/mm