Low Rolling Resistance Energy-saving Conveyor Belt (NEW)

Usage

This system is ideal for efficiently transporting materials over long distances in various settings such as mines, ports, power plants, chemical facilities, and coal mines.

PRODUCT DETAILS

Characteristics

Recent research indicates that approximately 61% of the energy consumed during conveyor belt operation in the horizontal direction is dedicated to overcoming the indentation rolling resistance caused by passing over rollers and pulleys.

The viscoelastic nature of the belt is the primary factor contributing to the generation of indentation rolling resistance. To mitigate energy loss, we utilize low rolling resistance rubber on the pulley side, thereby reducing the energy expended in overcoming indentation. Building upon our initial innovation, Double Arrow has partnered with Conveyor Dynamics Inc. (CDI) in the United States to jointly develop ultra-low rolling resistance rubber (SLRR).

Structure

Standard Specifications

Note: We offer flexibility in manufacturing cover thickness, cord diameter, and cord pitch to meet the specific requirements of our customers.

Rubber Covers

The cover can be categorized into the following types based on its intended use:

LRR (General Low Rolling Resistance Rubber): This type of rubber offers a general reduction in rolling resistance, resulting in approximately 15% energy savings throughout the entire conveying system.
SLRR (Super Low Rolling Resistance Rubber): SLRR provides an even greater reduction in rolling resistance, saving approximately 20% of energy across the entire conveying system.
FLRR (Flame Resistant Low Rolling Resistance Rubber): FLRR combines low rolling resistance with general flame-resistant properties, ensuring safe and efficient operation.

The China Yubei Logistics Base project, featuring a single line spanning 30km, demonstrates that FLRR (Flame Resistant Low Rolling Resistance) rubber can significantly reduce energy loss. Compared to ordinary rubber, FLRR has been shown to reduce energy loss by up to 25%.