IW/SW Steel Mesh Conveyor Belt (NEW)

Usage

Utilizing IW/SW steel mesh as the carcass for conveyor belting imbues the belt with excellent anti-tear properties, effectively guarding against piercing while maintaining good heat resistance. IW conveyor belts are well-suited for applications such as ore handling, quarries, coal and ore terminals, where impact resistance and anti-tear properties are paramount. They are also ideal for use in metallurgical sintering and coke plants due to their high-temperature resistant properties, as well as for bucket wheel machines requiring high flexibility.
On the other hand, SW conveyor belts are specifically designed for vertical conveying of materials and find wide application in industries such as metallurgy, chemical, cement, electricity, and grain handling.

PRODUCT DETAILS

Characteristics

1. The unique structure of special materials imparts outstanding anti-tear properties to the conveyor belt. The incorporation of IW/SW steel mesh ensures effective prevention against piercing, enhancing durability and reliability.

2. The IW/SW steel mesh features elongation-type steel in the warp and high-elongation steel in the weft. This design facilitates exceptional material extension, enabling the belt to absorb more impact energy and thereby providing excellent impact resistance.

3. The conveyor belt offers versatility with various cover types to accommodate different operating conditions. High-temperature resistant rubber covers excel in conveying materials under elevated temperature conditions. However, for optimal performance, it’s recommended to limit conveying distances to less than 2km.

Structure

IW

IW/SW Steel Mesh Conveyor Belt (NEW)

SW

Standard Specifications

Cover Grades

In accordance with ISO15236-2016 standard


These values play a crucial role in selecting the appropriate cover compound for the application or the materials being carried. It’s important to note that accurately assessing the behavior of the covers regarding wear and cut resistance requires consideration beyond just tensile strength and abrasion values alone.

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