Polyurethane Self Cleaning Screens

Polyurethane Self Cleaning Screens

Some materials are prone to blocking screens—long grains, irregular-shaped particles, or wet, sticky substances. Our Polyurethane Self-Cleaning Screens tackle this problem effectively. Each hole features a micro-elastic structure or tapered deformation zone.
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Product Introduction

Blocking Rate Drops by Over 75%

 

Some materials are prone to blocking screens-long grains, irregular-shaped particles, or wet, sticky substances. Our Polyurethane Self-Cleaning Screens tackle this problem effectively. Each hole features a micro-elastic structure or tapered deformation zone. During vibration, every hole slightly expands and contracts, dislodging stuck particles. Ideal for long particles, irregular grains, or high-moisture materials. Blocking rate drops by over 75% compared to standard screens. Perfect for manufactured sand de-dusting, rice hull screening, plastic scrap separation, and wet tailings processing. Less manual cleaning required.

13°–23° Taper for Self-Release

 

Made with high-elasticity polyurethane (PU), hardness 75A–85A (ASTM D2240), softer than standard screens to allow more deformation. Abrasion loss ≤38 mm³ (DIN 53516). Temperature range: -30 °C to 100 °C. The holes are cone-shaped, smaller on top and larger at the bottom, with a cone angle of 13°–23°. Optional micro-elastic slots can be added around the holes. Hole shapes: round or hexagonal. Minimum hole size: 0.2 mm. Open area: 25%–32%. Every batch passes a blocking simulation test using a 10% moisture fine powder mixture for 72 hours, with blocked area under 3%.

Parameter Table

Parameter

Value

Blocking Reduction

>75%

Best for

Long, irregular, sticky particles

Hardness

75A – 85A (ASTM D2240)

Abrasion Loss

≤38 mm³ (DIN 53516)

Temperature Range

-30 °C to 100 °C

Cone Angle

13° – 23°

Minimum Hole Size

0.2 mm

Open Area

25% – 32%

Elastic Deformation

0.05 – 0.15 mm

Blocked Area After Test

<3%

 

Cuts Manual Cleaning by Over 80%

Our Polyurethane Self-Cleaning Screens leverage four core technologies:

Elastic micro-deformation

Hole edges move 0.05–0.15 mm during vibration, releasing stuck particles.

01

Reverse cone hole design

Particles enter a wider space at the bottom and do not get stuck.

02

Hydrophobic and oleophobic surface

Low surface energy additives reduce material adhesion.

03

Durable PU properties

Wear-resistant, high-temperature resistant, corrosion-resistant, high rebound, high screening efficiency, impact-resistant, clog-resistant, and easy to replace.

04

 

modular-1

This self-cleaning design reduces manual cleaning by over 80%, significantly lowering operational costs.

Custom Service: Hole size 0.2 mm–20 mm, anti-block structures, and screen dimensions customizable.
Factory: 10,000 m², 38 staff, full R&D team, monthly capacity ~5,000 screens, supports OEM and ODM.
Minimum Order: 1 piece. Sample lead time: 15 working days.
Warranty: 6 months.
Trade Terms: EXW, FOB, DDP.

 

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