We supply a fully comprehensive range of pneumatic vibratory equipment designed for use in a diverse range of applications which include assisting material flow from hoppers, feeding, screening and compacting.
GT pneumatic turbine vibrators offer the best of both worlds. Powerful high frequency vibration to keep powders flowing combined with quiet operation to help compliance with noise regulations.
Economical K range pneumatic ball vibrators are available in a range of 8 models to assist the flow of materials from chutes and weigh hoppers.
The DAR model pneumatic roller vibrators compliment our existing range of roller vibrators. The design features, provide a more robust vibrator, suitable for use under the most arduous conditions.
The body is machined from an extruded aluminium section, inside of which a precision iron roller rotates in high tensile steel races. It is retained by two high impact special bronze end plates.
To obtain the best performance it is recommended that silencers of sintered bronze should be used to improve exhausting.
An air line filter and lubricator must be used to guarantee a long working life. Hydraulic oil ISO VG5 = 5cSt/40°C must be used, for example SHELL Tellus Oil R5.
Maximum temperature 200°C = 400°F.
Noise level range 75 to 100dBA.
Application
Model DAR high frequency pneumatic roller vibrators provide a new approach in the movement of fine materials. Being pneumatically powered, the frequency can be controlled by the regulation of air pressure.
Examples of their uses include:
•Compaction of plastic and concrete moulds
•Assisting the flow of material from chutes and hoppers
•Separation of various sizes of material on screens
*Disclaimer - ProSpare does not warrant that any Goods will be suitable for any particular purpose of the Customer, whether or not that purpose has been made known by the Customer to the Company. The Customer assumes all risk and liability resulting from the use of the Goods and it is the Customer’s responsibility for compliance for any specific application.
