Turbo Injection Mill

We manufacture TURBO-INJECTION MILL (Lab. Horizontal Bead Mill) that is designed to make small laboratory dispersion samples while using minimum amount of raw materials. Herein, the samples are grounded, premixed, poured into feeding funnel. These materials further moved into water cooled milling chamber having 70-85% of the void volume with small grinding beads approximately 1 mm diameter. The rotation of the agitator and subsequent movement of the media creates shear and impact forces upon the turbo-injection concept for efficient particle and agglomerate reduction. A screen located at the chamber end retains the beads while the diverter end plate allows the product to either re-circulate back to the feed funnel or exit in a single pass. Samples can be taken at intervals and tested for quality.

• Speedy solution to testing difficulties
• Handling of wide range of viscosities
• Easy to dismantle and reassemble
• Require low maintenance
• Competitive pricing

• Efficient development of new formulations.
• Reliable raw materials quality control.
• Rapid assessment of customer problems.
• Speedy solution to testing difficulties.
• Handling of wide range of viscosities.

The sample is premixed either by hand or by shaker and is simply poured into the feeding funnel with the ‘Marshal’ Turbo-Injection Mill. Herein, either the material is collected after each pass through the Turbo-Injection Mill that is single pass method or else the material is fed directly back into the feeding funnel from the outlet of the milling chamber which is re-circulation method.

Input Mode :
For charging or changing the beads rapidly there are input & outlet ports fitted with the chamber. Larger funnels with pressure lids and pressure plunger are also available with us.

Single Mode :
Beginning as in the re-circulation mode, once recirculation is established, the machine RPM is increased to the desire level and the end plate diverter can then be set to single pass. By rotating the end plate slightly, the throughput rate can be adjusted from maximum to minimum flow rate.

Re-circulation Mode :
With the end plate set to re-circulate, the RPM is increased to desire level and product allow re-circulating until the degree of product quality is achieved. Product is removed from the mill by turning the end plate diverter to the single pass outlet position.

Cleaning Mode :
Addition of suitable solvent to the feed funnel with the end plate in the re-circulation position allows for quick and efficient cleaning of the mill. No dead zones - for rapid cleaning by solvent throughput only. Components can be quickly dismantled for complete cleaning when necessary.

Cooling :
Large area having circular jacket over the mixing zone that renders optimum effects. Also effective cooling in the grinding chamber for improving the dispersion results in research & product development.