Shini USA products

The Shini USA silica gel honeycomb desiccant wheel dryers feature the latest in rotary wheel drying technology which allows dehumidifying, regenerating and cooling cycles to occur at the same time while delivering a dew point of -40°F with an option of -50°F.

The Shini USA portable desiccant wheel dryer SDD series with a built-in dew point monitor features a silica gel honeycomb desiccant wheel dryer with a dual-wall, stainless-steel, insulated drying hopper mounted on a portable cart. The portable wheel dryer with the rotary wheel drying technology allows dehumidifying, regenerating, and cooling cycles to occur at the same time while still delivering a dew point of -40 °C.

When it comes to hopper loaders for plastics, Shini USA can offer you high-quality and durable plastic processing equipment that you can count on. We strive to ensure you get the correct machinery to fit your operations, and that doesn’t stop with our hopper loaders. The Shini USA self-contained (vacuum) hopper loaders offer easy-to-use controls, with fully programmable functions. The detachable handheld control allows the operator the convenience of remote operation. This vacuum hopper loader is made of brushed stainless steel and has a hinged cover that is sound-proof to lower motor noise. Without high-quality equipment that you can count on, production can halt and money can be lost. Luckily, that is not the case with our products at Shini USA. Learn more about how our hopper loaders can meet your needs and exceed expectations.

The Shini USA  Inductive Self-Contained Vacuum Hopper Loaders are designed with a blower style motor and reverse motor cleaning function.  This rugged  hopper loader is for more robust operations and features a no material/alarm buzzer, stainless steel hopper, cloth mesh filter and reverse motor cleaning. The Inductive Self-Contained Hopper Loaders also offer easy-to-use controls, with fully programmable functions. The detachable handheld control allows the operator the convenience of remote operation.