Sterling Blower Company
5 products found

Sterling Blower Company products

Blowers

Sterling - Direct Drive Blower

Housing and base feature all-welded, heavy gauge steel construction with hand finished interior to prevent material build-up and contamination. TEFC dual wound motor with shaft seal standard on all models. Housing, impeller, or motor easily replaced if worn or damaged

Cyclone

Sterling - Cyclones

Sterling’s cyclones are designed for efficiency and performance. The proper cyclone size is essential in your material handling system. Sterling’s cyclones are available in capacities ranging from 300 to over 15,000 CFM and feature 14 gauge steel and angle iron ring construction.

Other Products

Sterling - Surge Bins / Material Storage

Surge Bins / Material Storage are available in sizes ranging from 30 cu. Ft. to 300 cu. Ft. Bins are available with a variety of options including: Lids with cyclone mounting patterns. High / Low level indicators. Leg extensions. Vacuum take away boxes. Ladders / Platforms. Sight Windows. Gate Valves – Slide / Rack & Pinion. Carbon Steel or Stainless Steel construction.

Sterling - Scrap Parts Conveying System

When it comes to Scrap Recovery, Sterling has the experience, know-how, and equipment to recover your scrap effectively. We’ll help you:
Save valuable floor space by eliminating mechanical conveyors. Eliminate downtime associated with parts-jamming conveyor belts. Reduce housekeeping and safety issues with automated scrap transfer. Reduce maintenance costs as a result of fewer moving parts. Lower operating costs.

Sterling - Veloci-Cutter

These self-contained, self-feeding units eliminate costly, problematic methods of feeding the granulator. You will no longer need noisy, space-consuming trim or bottle venturi systems. High-maintenance feed rolls are a thing of the past. Valuable floor space, consumed by belt conveyors can be reclaimed. Expensive rotary airlocks are no longer necessary. The result is a complete, affordable size reduction system that is compact, uses significantly less energy than typical granulating systems, and greatly reduces maintenance, downtime, and the expenses associated with it.