What are the application scenarios of industrial dust removal filter cages in the environmental protection industry?

1. Dust control in the steel industry
In the steel sintering workshop, industrial dust removal filter cages need to withstand high temperatures of 200-400℃ and high dust loads. Large steel mills use high-temperature resistant stainless steel filter cages to support PTFE coated filter bags, which can effectively intercept submicron smoke and dust emission concentrations below 10mg/m³, meeting national environmental protection standards. The wavy structure design of the filter cage enhances heat dissipation, prevents the filter bag from deforming due to high temperature, and keeps the filter bag shape stable during the backwash cleaning process.

2. Dust treatment in cement plants
The dust concentration in cement production can reach several kilograms/cubic meter, and industrial dust removal filter cages need to have high mechanical strength. The bag filter at the end of the cement plant uses a thickened steel wire skeleton filter cage. After filtering, the dust emission meets the standard. The optimized filter cage uses a silicon carbide anti-wear coating and a pulse backwash system to extend the life of the filter bag.

3. Dust control in the electronics manufacturing industry
In the electronic SMT workshop, the dust particle size is as low as 0.3μm, requiring a high-precision filtration solution. You can choose a PTFE-coated filter cartridge with a stainless steel skeleton filter cage, with a filtration efficiency of 99.9% and an emission particle concentration of ≤10mg/m³. The vertical installation design of the filter cage saves 50% of space and avoids damage to electronic components through anti-static treatment.

4. Plastic recycling dust treatment
The crushing of old plastics produces a large amount of mixed dust. The industrial dust removal filter cage is made of reinforced aramid, which can withstand the high temperature (≤180℃) and chemical volatiles of molten plastics. The pulse cleaning frequency is controlled by PLC, and the three-pin differential pressure gauge is used for real-time monitoring to reduce the dust concentration by 80%, and the workshop environment is significantly improved.