Metalworking Coolants
Coolants are water-soluble fluids designed to provide cooling and lubrication during metalworking operations. The use of machine coolant extends cutting tool life, improves part finish and tolerance, and improves productivity. Coolants are generally grouped into three major categories: soluble oils, semi-synthetics, and synthetics.
Ashburn has a full range of high-performance synthetic coolants, semi-synthetic coolants, and soluble oils, along with coolant performance and maintenance additives. Ashburn’s APEX line of coolants utilizes the latest technologies to develop leading-edge products. APEX products are developed to provide the highest level of performance and operator safety at an optimal operating cost.
Coolant Additives & Maintenance
Coolant additives are not usually needed when Ashburn coolants are properly maintained and operating in a good environment. However, there are situations where a coolant is allowed to sit stagnant or operate in a poor environment for extended periods of time. In these situations, it may be necessary to use additives to bring the coolant back to the correct specifications.
Coolant maintenance equipment is necessary to ensure that your coolant continues to perform optimally. Correctly mixing the coolant, maintaining the concentration, and keeping the coolant free of contaminants are the necessities of proper coolant maintenance.
Coolant Rejuvenator
A sump-side additive designed to control bacteria to prevent rancidity and prolong the life of your coolant. Concentrated. Normally added at 12 oz per 50 gallons of coolant.
Part Numbers: B-4152-16, B-4153-14, B-4154-05, B-4155-55
Coolant Conditioner
A sump-side additive designed to control fungus to prevent its growth and prolong the life of your coolant. Concentrated. Normally added at 3 oz per 50 gallons of coolant.
Part Numbers: B-4160-16, B-4160-14, B-4160-05
Ashburn 3200 RI
Ashburn 3200 RI can be used in circulating coolant systems to prevent rust from occurring on machine tool surfaces and machined parts.
Ashburn 3200 RI is a heavy-duty, multi-purpose, synthetic, water-soluble rust and corrosion preventative designed for in-process protection of ferrous and nonferrous materials. This product will provide up to 9 months of indoor rust protection. Leaves a soft, non-tacky residue.
Plasma Arc Water Table Fluid. Ashburn 3200 RI is an excellent fluid for use in CNC plasma cutter water tables. Prevents rust and corrosion on water table surfaces and parts. Also prevents bacterial growth to provide long-term tank life.
Part Numbers: B-3200-14, B-3200-05, B-3200-55
Ashburn Defoamer 4730
Ashburn Defoamer 4730 is a sump-side coolant additive that will quickly eliminate foam. When added to the coolant, Ashburn Defoamer 4730 will dissipate existing foam and prevent the development of new foam. This product is compatible with all metals.
Part Numbers: B-4730-16, B-4730-32, B-4730-14, B-4730-05
Refractometer—
A simple and quick method for measuring the concentration of coolants.
Part Numbers: C-BRIX-18, C-BRIX-32
Premixer/Proportioner—
Designed to premix coolant concentrate with water at the correct proportion.
Part Number: C-10500
Reversible Drum Pump—
The all stainless steel Reversible Drum Pump is a maintenance free system to recover spilled liquids, coolant, sludge, tramp oil, waste water and other liquids using only compressed air.
Part Number: K-DPK200-3
Coolant Coalescer—
The Coolant Coalescer is a portable, sump-side unit that provides continuous cleaning and circulation of coolant. It removes tramp oil and provides aeration which helps prevent bacterial growth and prolongs the life of the coolant.
- One step coolant maintenance.
- Keeps coolant clean
- Keeps machine cleaner
- Removes tramp oil 24/7
- Extends coolant sump life
- Reduces downtime
- No more messy tramp oil drip pans
- Keeps coolant aerated
- No stagnant sump odors
- Reduces bacterial growth
- Easy to use
- Easy to install
- Plug it in, and watch it work
- Saves Money
– How It Works
- Dirty coolant is brought in through the skimmer head where it travels to the bottom of a coalescing cartridge.
- The coolant travels through the coalescing media causing small emulsified oil droplets to meet and join together (coalesce). As the oil droplets increase in size, they release from the media and float to the top of the barrel.
- Clean coolant is continually returned to the sump from the bottom of the barrel through a discharge pipe.
- The tramp oil collects at the top of the barrel where it can be drained to an oil waste pail.
– Part Numbers & Availability
- C-3000-15 Floating Intake Unit
- C-3002-15 Fixed Intake Unit
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