Single Screw Partial Reclaim System
Description
🔹 Single Screw Partial Reclaim System – Cost-Effective Abrasive Recovery System
We are a trusted manufacturer of single screw reclaim systems in India, offering an economical and efficient abrasive recovery system for shot blasting rooms and sand blasting chambers. This system is designed for low to medium production environments, delivering reliable abrasive media collection, recycling, and cost savings.
The single screw reclaim system features a heavy-duty auger screw positioned at the back wall, which collects and transfers used abrasive media to a separator and recycling unit. This ensures continuous blasting operations with minimal downtime, making it an ideal solution for businesses seeking budget-friendly blasting room setups.
✔ Cost-effective abrasive recovery system
✔ Ideal for small to medium blasting operations
✔ Efficient media recycling with reduced wastage
✔ Easy installation & low maintenance design
✔ Upgrade-ready to H, U & full floor reclaim systems
🔹 Key Features
Single screw conveyor system for simple & efficient recovery
20” Airwash Separator for clean abrasive reuse
Rotary Drum Separator for impurity removal
Bucket Elevator System for media transfer
Large abrasive storage hopper with safety ladder & handrail
🔹 Working Principle
During blasting, abrasive media falls to the floor and is directed toward the rear screw conveyor, which transports it to the bucket elevator and separator system. Clean abrasive is recycled back into the blasting process, ensuring efficient reuse and reduced operational cost.
🔹 Applications
Shot blasting room systems
Sand blasting chambers
Small & medium fabrication units
Automotive & engineering workshops
Surface preparation operations
🔹 Scalability Advantage
This system acts as a base reclaim setup, which can be easily upgraded to:
➡ H-Shaped Reclaim System
➡ U-Shaped Reclaim System
➡ Full Floor Reclaim System
This makes it a future-ready solution, allowing industries to expand without replacing existing infrastructure.
