In terms of physical performance
High strength: capable of withstanding large tensile and tension forces, meeting the needs of long-distance and high-capacity material transportation, reducing the risk of stretching deformation and breakage of the conveyor belt during operation, and ensuring the stable operation of the conveyor system.
Low elongation: The elongation is extremely small, usually less than 0.5%. It can maintain dimensional stability under long-term use and heavy loads, effectively avoiding problems such as reduced conveying efficiency, material spillage, and frequent adjustment of tensioning devices caused by elongation.
Lightweight: Compared with traditional steel wire rope conveyor belts of the same strength level, the weight can be reduced by about 30%. This not only reduces the energy consumption of the conveyor during operation, but also makes the structural design of the conveyor more lightweight and flexible, reducing the overall load and operating costs of the equipment.
In terms of adaptability to the work environment
High temperature resistance: It can generally work continuously at temperatures up to 200 ° C and can adapt to the transportation needs of high-temperature materials such as clinker in cement plants and sintered ore in steel plants, effectively avoiding problems such as deformation, aging, and damage of conveyor belts caused by high temperatures.
Corrosion resistance: Aramid itself has superior medium resistance and excellent chemical and corrosion resistance, and is not easily affected by external environments such as water vapor, corrosive minerals, etc. It can maintain good performance in humid and corrosive gas environments or when transporting corrosive materials, extending its service life.
Impact resistance: Aramid fibers are strong and tough, and the aramid conveyor belt with a straight warp and weft structure is reinforced with fibers in both directions. The entire skeleton layer structure is dense, which can effectively prevent the conveyor belt from being penetrated or longitudinally cut by sharp materials. Even in situations where the material drop is large and the impact force is strong, the belt damage can be minimized.
Safety and maintenance aspects
Good flame retardant performance: For places with flammable and explosive risks such as coal mines, some DPP1800 aramid conveyor belts can meet flame retardant standards through special formulas and treatment processes. If the flame retardant performance meets the MT914-2008 standard, it can effectively prevent fire accidents and ensure safe production.
Antistatic: It has good anti-static performance, complies with relevant safety regulations, and can avoid dangerous situations such as explosions caused by sparks generated by static electricity accumulation. It is suitable for work environments such as coal mines and chemical industries that are sensitive to static electricity.
Long service life: Due to its high strength, low elongation, wear resistance, corrosion resistance and other characteristics, the DPP1800 aramid conveyor belt has a relatively long service life, reducing downtime and maintenance costs caused by frequent belt replacement and improving production efficiency.
In terms of intelligent management
RF chips are embedded in some DPP1800 aramid conveyor belts, which, when combined with a chip reading system, can achieve tracking and management of conveyor belt lifecycle information, retrieval and recording of conveyor belt identity information, and recording and management of conveyor system maintenance information; Realize the positioning/fixed-point shutdown of the conveyor belt at characteristic positions, and be able to link with other intelligent monitoring systems to ensure the safe and effective operation of the conveyor belt.