Application Areas: The DZSF Linear Vibrating Screen is designed for high-efficiency screening of dry granular materials within 0.074–10 mm. Twin vibrating motors generate synchronous counter-rotation, ensuring straight-line motion and stable operation. With a 45–60° throw angle, the screen achieves fast stratification and forward conveyance. Multi-layer decks allow up to 5 fractions in a single process. It is widely used in food processing (salt, sugar), chemicals (urea, plastics), and metallurgy (iron powder, alloys).
Feed Size Range
Classification
Max Efficiency
Suitable for dry granular materials with particle sizes from 0.074–10 mm. Can handle materials with up to 7% moisture without screen blinding. Typical materials include salt, sugar, urea, plastic granules, iron powder, and alloy powders.
Widely used in food processing (salt, sugar), chemicals (urea classification, plastics), and metallurgy (iron powder, alloy powders). Achieves screening efficiency up to 99.8% with throughput reaching 10 t/h (DZSF1030 model).
The DZSF Linear Vibrating Screen is a high-efficiency screening machine for dry granular materials in the range of 0.074–10 mm. Driven by twin vibrating motors operating in synchronous counter-rotation, it generates straight-line motion with a 45–60° throw angle, ensuring fast stratification and forward conveyance. Multi-layer decks enable separation into up to 5 fractions. With screening efficiency up to 99.8%, it is widely applied in food processing (salt, sugar), chemicals (urea, plastics), and metallurgy (iron powder, alloys).
The DZSF Linear Vibrating Screen provides high-efficiency screening for dry granular materials from 0.074–10 mm. Powered by twin vibrating motors with a force ratio of 1000:1, it ensures precise straight-line motion with deviation less than ±1°. Its design tolerates materials with up to 7% moisture without blinding. Heavy-duty construction includes 10 mm thick side plates and reinforced cross beams for durability. The quick-deck change system allows screen replacement in under 15 minutes, minimizing downtime. Screening efficiency reaches up to 99.8%, ensuring reliable performance in food, chemical, and metallurgy industries.