Screening Media: Super Wear-Resistant Screen Plates, Polyurethane Screen Plates, Slotted Screen Plates, Pin-Fixed Screen Plates, Wear-Resistant Buffer Liners

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China
Tianjin Economic-Technological Development Area
+86 151-2226-8382
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Product Introduction

Aury provides a full range of screening surface solutions for various operating conditions across industries including mining, mineral processing, sand and gravel aggregates, and mineral processing.
We understand that each production line has unique operational requirements, so we offer a variety of screening surface types and mounting fixation structures to choose from.
We primarily promote the AURY third-generation fixation system, which is easy to install and requires fewer accessories; at the same time, we can also adapt screening surfaces to all types of existing equipment structures on the market, covering elastic snap-lock type, pin-and-sleeve type, dual-vibrating screen compatible, hook-edge tensioned screen mesh, trommel screen panels, and bolt-fixed screen plates, among other types.
With our comprehensive product line, we can customize the optimal solution for your screening application. While providing suitable products, we focus on ensuring ultra-long wear life of screening surfaces, helping customers improve screening efficiency and minimize equipment downtime losses.

Super Wear-Resistant Screen Plates

Aury super wear-resistant screen plates are entirely cast and machined locally in Australia, manufactured with top-tier production equipment, delivering reliable quality with local support services.
This screen plate is specifically designed for demanding operating conditions, particularly suitable for coal preparation plants with extremely high requirements for material recovery rates.
The hard chrome plating significantly enhances the wear resistance of the screening surface, extends the service life of the screen plates, reduces equipment downtime and parts replacement costs, making it a reliable, cost-effective screening solution for optimizing plant production efficiency.

Polyurethane Screen Plates

Aury uses high-quality polyurethane raw materials to produce polyurethane screen plates, offering excellent wear resistance and longer service life.
We have a comprehensive library of screen aperture specifications and can customize exclusive solutions based on customer screening conditions.
This classification polyurethane screen plate features a lightweight modular design for easy maintenance, along with low noise and high wear resistance.

Slotted Screen Plates

Slotted screen plates are core components in mineral processing plants, with stringent requirements for improving material recovery rates.
Aury offers both standard and super wear-resistant wedge wire screen plates, combined with various wire profile and screen aperture combinations to suit specific operating conditions.
We also provide a range of flow guide baffle plates that can optimize screening performance, extend screen plate service life, and enhance overall equipment performance and durability.

Pin-Fixed Screen Plates

Aury offers modular pin-fixed screen plates in rubber and polyurethane materials.
Our rubber screening surfaces are available in natural rubber and flame-retardant anti-static (FRAS) rubber, with hardness ranging from 40A–65A Shore A; impact buffer zones and load-bearing ribs can be fitted in high-impact areas.
Standard 305×305 specification screen plates feature a thickened design without significantly increasing self-weight; 305×610 specification screen plates offer higher open area.
Our injection-molded polyurethane screen plates offer the advantages of light weight, low noise, and excellent wear resistance.

Wear-Resistant Buffer Liners

Aury provides impact liners and support bars for protecting screen plates in high-impact areas. These complementary components significantly improve the durability and service life of screening media while reducing wear losses.
Our standard 305×305 specification liners can provide thickened protection in high-impact areas without imposing excessive assembly burden on installers.
This structure combines excellent operational performance with easy assembly and disassembly during installation and maintenance.