|Home||» Products||» Coolant Control Systems||» Coolant Mixer|
Inaccurate mixing of coolants can pose a serious problem therefore, we are engaged in offering superior quality Coolant Mixer. We offer this mixer to our clients in different specifications as per their needs. The offered mixer is precision engineered in compliance with set industry standards utilizing quality-approved components. This Coolant Mixer is acclaimed owing to its features like accurate dimensions, abrasion resistance, high strength and a perfect finish.
We are widely appreciated for our Coolant Mixers that are maintenance free, highly accurate and easy to install. Coolant Mixers are used in Industry for mixing liquid coolant concentrate with water. These are applicable in workshops & garages for mixing water with detergents, antifreeze, etc. Commonly, the Coolant Mixers are designed with a Needle Valve or using a particular set of mixing jets. Both the designs of coolant mixers have several flaws such as cumbersome & time consuming adjustment, too many parts, prone to blockage, maximize the chance of loosing the mixing jets which are usually stored separately etc. The Coolant Mixers uses a Rotary Disc Valve which is highly accurate. This innovative construction & minimal parts attachments makes it easy to install & highly reliable.
Filtermist drum-mounted Coolant Mixers are of best quality that perfectly combine fluid concentrate with water in correct ratios, providing a ready-to-use solution direct from the drum. The coolant mixer is easy to operate, is made from non-corrosive metal, and it has no moving parts. Stainless steel version is also available. We have integrated a semi-concealed metering screw for effective adjustment of the mixing ratios. The flow-rate is based on pressure of operating water.
A Success Measure:
Accurately combine coolant concentrate / emulsion with water in measured ratios, the drum-mounted coolant mixers provide a ready-to-use solution, direct form the drum.
Span Filtration Systems Pvt Ltd. All Rights Reserved.