Application

The effective removal of coatings from UBC scrap aluminum cans is fundamental to sustainable recycling. Our specialized paint stripping technology significantly reduces metal loss while minimizing environmental emissions, supporting true circular economy principles. At the core of this solution is a...

The aluminum cans decoating furnace employs high-temperature pyrolysis to strip coatings from used beverage cans (UBCs), cleanly separating paint from aluminum. This process eliminates chemical wastewater pollution and reduces harmful emissions, supporting eco-friendly metal recycling. Globally adop...

With billions of used tires generated globally each year, finding sustainable solutions is crucial. Tire recycling offers an environmentally responsible way to manage this waste stream while recovering valuable materials. Here's a simplified overview of the process: Pre-processing:​​ Bead wires are...

The mass disposal of scrap tires presents a global environmental challenge.​​ Specialized recycling equipment effectively contains hazardous substances within tires, preventing soil and water contamination while significantly mitigating "black pollution." Resource recovery processes reduce landfill...

The aluminum cans decoating furnace is vital for high-quality recycling, efficiently removing paint, lacquers, and inks from used beverage cans (UBCs). Here's how it works: 1. Charging:​​ Shredded UBCs are fed into the furnace via a conveyor. 2. Heating & Pyrolysis:​​ The material is heated indi...

Diesel generators serve as critical backup power sources in areas with unstable electricity supply or critical facilities. To ensure operational stability and longevity, a systematic maintenance strategy must be implemented, addressing the following priorities. First, regularly clean oil stains...

When operating a diesel generator, ensure proper ventilation to prevent carbon monoxide buildup, keep it away from flammable materials, and strictly prohibit open flames. Before starting, check oil, coolant, and fuel levels, and verify battery charge and secure electrical connections.Gradually apply...

When conducting diesel generator selection and calculation, factors such as load requirements, power load characteristics, and generator parameters are needed to be considered so as to ensure the appropriate generator is chosen to meet electrical demands. It is generally recommended to use the formu...

A diesel engine drives a generator to convert diesel energy into electrical energy. Within the diesel engine cylinders, filtered clean air from the air filter mixes thoroughly with high-pressure atomized diesel fuel injected through fuel injector nozzles. Compressed by the upward movement of pistons...

The diesel generator engine exhibits three critical failure modes requiring immediate attention. First, wear on the 205 bearing bore at the balance shaft ends demands prompt repair. For minor wear, oxy-acetylene welding can be applied to strategically spot-weld the bearing’s outer ring, follo...

A diesel generator is a compact power generation unit that utilizes diesel fuel to drive a diesel engine (prime mover), which in turn powers a generator to produce electricity. Although diesel generator sets typically have lower power outputs compared to larger systems, their compact size, portabili...

Generally, the standby power rating of a diesel generator set is higher than its prime power rating. The prime power of a diesel generator set, also referred to as continuous power or long-running power, indicates the maximum output the unit can sustain continuously for 12 hours. In China, diesel ge...