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Added coolant to enhance cooling properties of water-based lubricant
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Maximized adhesion to give you all the advantages of oil-based lubricant
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Improved surface finish with excellent adhesion at higher temperatures
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Eliminate waste liquid with 1/10 dilution and pule spray
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Increased die life with controlled cooling of die and improved adhesion
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For best results, use with our Minimal Spray System
Maximize Adhesion
Experience the adhesion you would expect from an oil-based lubricant in a water-based solution
Release Agent
Application Method
Release Amount (ml/cycle)
Results
Recommended:
Centray Lube
Pulse Spray
19
Excellent adhesion efficiency can be obtained even with a small coating amount.
Competing Water-Soluble Release Agent
Competing Water-Soluble Release Agent
Oily Small Amount of Release Agent (Undiluted Solution)
Continuous Spray
Pulse Spray
Continuous Spray
190
19
19
Since a large amount is applied, the amount of waste liquid is large
Low adhesion-efficiency is observed, which can cause poor surface finish and the casting to stick to the die
Good adhesion ,but no cooling properties are observed
Improved Mold-Cooling Properties
Experience the mold-cooling properties of a water-based lubricant without damaging your die over time. Centray Lube contains advanced cooling agents that increase cooling properties to allow cooling with pulse spray patterns. Extend die life by avoiding the dramatic increases and decreases in die temperature often observed in continuous spray water-based lubricant
Release Agent
Application Method
Release Amount (ml/cycle)
Results
Recommended:
Centray Lube
Pulse Spray
6
Improved lubricant adhesion, and maximized cooling properties without damage to the mold
Centray Lube
Undiluted Oil-Based Lubricant
Water Soluble Release Agent
Water Soluble Release Agent
Centray Lube
Continuous Spray
Continuous Spray
Continuous Spray
Continuous Spray
Continuous Spray
6
0.5
60
6
6
Improved cooling compared to competing water-based lubricant without damage to the die
Minimal mold-cooling is observed
Damage to mold overtime with large increases and decreases in die temperature
Minimal cooling effect due to thin coating
Improved cooling compared to competing water-based lubricant without damage to the die