H Class Refuse Drag Chains H102 H104 H110 H112 H116 H120 H480

H Class Refuse Drag Chains are heavy-duty chains designed for conveying abrasive waste materials, such as sawdust, refuse, coal ash, or other gritty substances, through wooden or steel troughs. Engineered for moderate-speed operation, they feature a large, wide opening area for substantial carrying capacity. The chains, typically made from heat-treated, high-grade materials offer superior strength and wear resistance. Links are designed to run in the direction of the closed barrel to ensure durability and efficiency. These chains are ideal for waste management and industrial applications requiring robust material handling.

H Class Refuse Drag Chain Dimensions

Key Advantages of H Class Refuse Drag Chains

1. High Carrying Capacity: H Class Refuse Drag Chains feature a large, wide opening area, enabling them to convey substantial volumes of abrasive waste materials efficiently through wooden or steel troughs at moderate speeds. This design ensures reliable material handling in demanding applications.
2. Durability in Harsh Conditions: Engineered for refuse and waste management, these chains are constructed from robust materials like high-grade Duramal, offering superior resistance to wear, abrasion, and harsh environments, ensuring long-lasting performance.
3. Heavy-Duty Operation: Designed for rigorous drag conveyor services, H Class chains handle heavy loads such as sawdust, fine coal, ash, and refuse, providing reliable operation in single or multiple strands for tough industrial tasks.
4. Interchangeability: These chains are compatible with other standard makes of corresponding sizes and numbers, allowing seamless integration into existing systems, reducing downtime, and simplifying replacement processes in waste management applications.
5. Optimized Link Design: The broad underside of the links provides a liberal wear surface, enhancing chain longevity when operating in troughs or runways, minimizing maintenance needs and ensuring consistent performance in abrasive conditions.
6. Efficient Material Handling: Operating at moderate speeds, H Class chains facilitate smooth conveyance of abrasive materials, reducing energy consumption and wear on conveyor components, making them ideal for economical installations in waste processing.

Applications of H Class Refuse Drag Chains

H Class refuse drag chains are heavy-duty chains designed for conveying abrasive waste materials in challenging industrial environments. Here are some key applications:

1. Waste Management Facilities: H Class refuse drag chains are used in waste management facilities to transport municipal solid waste, recyclables, and industrial waste through troughs for sorting, processing, and disposal, ensuring reliable handling of abrasive materials. Their robust design withstands harsh conditions, providing significant carrying capacity at moderate speeds.
2. Power Generation Plants: In power plants, these chains convey abrasive materials like ash, biomass, and coal residues through steel or wooden troughs. They ensure efficient material handling in high-temperature, dusty environments, supporting operational processes with durability and moderate-speed operation.
3. Coal Industry Applications: H Class refuse drag chains are employed in coal industry conveyor systems to move fine coal, ash, or refuse in troughs. Their explosion-proof and dust-tight designs handle abrasive materials effectively, supporting horizontal, vertical, or inclined transport.
4. Recycling Operations: These chains facilitate the movement of abrasive recyclables, such as glass, metal, or plastics, in recycling plants. Their large, wide opening area provides high carrying capacity, ensuring efficient processing and sorting while operating at moderate speeds.
5. Industrial Material Handling: Used in various industrial settings, these chains transport abrasive materials like sawdust, refuse, or fine coal in troughs. Their durable construction ensures reliable performance in moderate-duty, abrasive atmospheres, enhancing operational efficiency.