Boron nitride protective coating for iron and steel molds.
BONDERITE® L-CA 634 (also known as DAG 634) is a finished boron nitride coating that lubricates and protects iron and steel molds in die casting applications. BONDERITE® L-CA 634 provides excellent release, protects molds from heat degradation, and helps with part removal where there are low draft angles. The coating is white and there is minimal coating transfer to the ingot.
Pigments: boron nitride
Diluent: water
Density: 9.1 lb/gal
pH: 10.5
Color: White
Particle Size: average 3 microns; strays to 8 microns
Flash point: none
Freeze data: protect from freezing
VOC: 0.0 g/l
Stable at high temperatures up to 3000°F (1649°C)
Provides superior release properties
Non-wetting meaning molten aluminum, copper and magnesium will not adhere to the coating
Protects molds from thermal degradation
Non-reactive
Fine particle size
BONDERITE® L-CA 634 helps provide a solution to the following industry & application problems:
Poor mold life
Die soldering from molten metal
Diluted BONDERITE® L-CA 634 should be spray applied, several coats may be required to achieve the desired thickness of 1-3 mils. Typical dilution ratio is 1:3 (BONDERITE® L-CA 634:water), the concentrate should be agitated prior to and during dilution. Molds should be clean and preheated to 149°-204°C (300°-400°F) prior to application. The coating should be air dried for 20 min before use.
Thanks for your inquiry and interest in ChemPoint. The download will begin shortly.
Privacy PolicyChemPoint will not under any circumstances release personal user or registrant information to individuals or companies. All information collection is solely used to support ChemPoint customer service and communications. Read our Privacy Notice
Thank you for your inquiry and interest in ChemPoint.
We will respond to you shortly.
Thank you for your inquiry and interest in ChemPoint.
We will respond to you shortly.
Available regions for this page
Other available regions
.png)
Hi, let us know if you have any questions as you visit our website.
