Compound developed to resist abrasion, cuts and bad weather, it is a great option for severe activities and for activities with rough edged or sharp materials, such as: iron ore, quartz, granite, limestone, basalt, gravel, manganese, petroleum coke, slag, etc. The HD® compound is recommended for materials reaching peak temperatures up to 194°F and complies with DIN W (0.00549 in³).

Cover specially developed to meet large mining companies and their strictest specifications. Product aimed at offering high resistance to impacts, cuts and abrasion, even facing heavy mining. With maximum abrasion loss of 0.00427 in³, it exceeds by more than 20% DIN W standard requirements. HD-MINERAÇÃO® is designed to operate with temperature peaks up to 194°F.

Excellent performance compound designed to meet severe and high-impact operations, preventing tears. HDS® cover was developed to extend belt’s service life, thereby reducing the need for replacement. HDS® is recommended for materials reaching peak temperatures up to 194ºF with excellent abrasion resistance not exceeding 0.00305 in³ of maximum wear and tear.

Cover designed for extremely severe and high impact applications, providing greater resistance to cuts and ripping and tearing. HDS-EXTREME® is recommended for materials reaching temperature spikes up to 176ºF and has extreme resistance to abrasion, not exceeding 0.00183 in³.

Composed of the qualities found in HDS® product line, this cover was specially  developed to withstand the rigors of applications in primary crushers, in which abrasiveness, cuts, tears and strong impact are found. This cover was designed to overcome the maximum abrasion resistance defined by standard DIN W (0.00305 in³).

Featuring all HDS cover advantages, such as maximum abrasion of 0.00305 in³, excellent performance on severe high impact applications and or high risk of tear; this cover combines anti-static and self-extinguishing flame properties in order to meet ISO 340 (ASTM D 378-13.2 flame test standard/ MSHA 30CFR Part 18) and ISO 284 on electrical conductivity, making HDS MINA® ideal for underground mines.

Resistant and durable in highly abrasive applications; subject to cuts and to ripping and tearing, as well as in severe working conditions where HD® cover is not needed. It maintains good flexibility at low temperatures. Recommended for materials such as sand, gravel, coal, cement, phosphate, sulfur, salt, limestone, talc, cereal grains, wood, lime, etc. Suitable for materials reaching temperature peaks up to 176ºF. Abrasion level DIN X (0.00732 in³), and ARPM I.

The highlight of this cover is to be specially designed to offer maximum resistance to abrasive materials, as well as resistance to high temperatures, which can be applied in activities that reach up to 399.2°F. It is often used in the transportation of materials such as clinker, sinter, iron pellets, foundry sand, etc.

NOTE: For SH-EPDM® compound, the following minimum top cover thicknesses are recommended for maximum service life:

• Material temperature up to 320ºF – 1/4”
• Material temperature from 321.8ºF to 356ºF – 5/16”
• Material temperature from 357.8ºF to 399.2ºF – 3/8”

Cover specially designed to avoid cracking or hardening that can be caused by thin and hot abrasive materials. This compound also has high heat resistance and can be applied to convey materials with temperatures up to 302ºF. It is ideal for products such as ashes, industrial carbon, petroleum coke, slag, foundry sand, clinker, cement and cast metals.

This cover presents the same qualities and characteristics as the model SHT®, that is, it was designed to offer greater heat resistance and to withstand temperatures up to 302ºF, without showing cracks or hardening during its application. Moreover, its composition allows a superior performance in relation to abrasion resistance.

NOTE: For SHT® and SHT-SUPER®compounds, the following minimum top cover thicknesses are recommended for maximum service life:

• Material temperature up to 194ºF – 3/16”
• Material temperature from 195.8ºF to 230ºF – 1/4”
• Material temperature from 231.8ºF to 266ºF – 5/16”
• Material temperature from 267.8ºF to 302ºF – 3/8”