Rotolok Valves, Inc. Datasheets for Solids Valves

Solids valves are used to control or regulate the flow of powder, granular and other bulk solid materials along a process line, or to and from process units, storage bins, conveyors and product packaging.
Solids Valves: Learn more

Product Name Notes
Although Rotolok manufactures a stock range of round and square outlet valves 165, 215, 265, 320, 370 and 420mm, mainly to match Screw Conveyor outlets, a full range of standard...
Designed to meet the manual conveying industry’s requirement to re-route powder, pellets or granules from one discharge point to another with minimal pressure drop and high sealing efficiencies. Rotolok manufacture...
Designed to meet the pneumatic conveying industry’s requirement to re-route powder, pellets or granules from one discharge point to another with minimal pressure drop and high sealing efficiencies. Rotolok manufacture...
Manufactured in cast aluminium with stainless steel slide plate, the Rotoslide is a compact isolator in manual and automatic version. It is jam-free owing to the pivot operation mechanism and...
Manufactured in four basic sizes based on a 30 degree divert angle, the units are fabricated versions, allowing them to be tailor made, to suit specific duties and needs. The...
Roundhead valves are used in the bulk handling field as on/off controls for powder, pellets or granules falling under gravity from one discharge point to another. They are designed specifically...
The Weigh Valve is a natural development from the Rotolok series of Pneumatic Conveying Diverter Valves. It is primarily used in small bulk handling systems whereby a product is pneumatically...
This cost effective valve is available with round or square inlets between 125mm and 350mm, with a choice of manual, single pneumatic or motorised operation. Used when isolating the flow...
Used to re-route pellets or granules from one discharge point to another, the plug diverter is suitable for abrasive or high pressure applications, where leakage or cross contamination cannot be...