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There’s A Lot to Love About NIBORE™
NIBORE™ is a proprietary nickel boron coating that offers a superior level of lubricity and release, an excellent level of abrasion and wear resistance, plus an extremely low coefficient of friction. Electroless plating doesn’t require an electric current; thus, NIBORE™ nickel boron coatings will be even, regardless of the surface.
54
ROCKWELL HARDNESS
0.05>
COEFFICIENT OF FRICTION
185°F
applied TEMPERATURE
1250°F
MAX OPERATING TEMPERATURE
0.00005 to 0.0005”
Plating Thickness Range
4-6%
Phosphorus (wt)
8.1 g/cm3
Density
corrosion resistance rating
RELEASE RATING
ABRASION resistance rating
Additional NIBORE™ Nickel Boron Coating Benefits
Explore the additional benefits of NIBORE™ nickel boron coating for any application.
54 Rockwell hardness rating or 67 Rockwell hardness rating after 550°F (288°C) heat treatment.
Application of up to a 0.0005” deposit.
Extremely low coefficient of friction (0.05).
Withstands up to 1250°F (677°C), well above the 550°F (288°C) range for PTFE coatings.
Why NIBORE™ Is Your Go-To Release Coating
Do you have a mold that requires exceptional release? The properties of our proprietary NIBORE™ coating make it an ideal option. Use our Coating Comparison Tool to see how NIBORE™ stacks up against other Bales coatings. Compare surface finishes and find the best solution for your needs.
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After
““Bales’ customer service has been fantastic. They are extremely responsive to our needs, turning things around quickly..."”
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Case Study: NIBORE™ Solves Beryllium Copper Leaching Problem
A custom plastic injection mold manufacturer tested numerous coatings from different platers, but none stopped its beryllium copper mold from leaching into the product. The story was different once they approached Bales. “Bales’ customer service has been fantastic. They are extremely responsive to our needs, turning things around quickly, whether quotes or the plating process," said Rob Zimmerman, engineering manager at MOS Plastics.
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BALES HAS YOUR SURFACE SOLUTION!
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FAQs about Nickel Boron Nitride Coating
Nickel Boron Nitride coatings offer exceptional hardness and wear resistance, plus excellent lubricity. They are ideal for applications requiring both durability and release, including consumer products, machined components, and automation & linear motion. Keep reading to discover how these coatings provide lasting metal surface protection.
Nickel Boron Nitride coatings are highly durable and designed for longevity in severe operating conditions. While all coatings can wear over time, especially under extreme friction, stress, or improper maintenance, Nickel Boron Nitride is less likely to wear off under normal usage conditions due to its hard and wear-resistant properties. Regular maintenance and proper application can significantly extend the lifespan of a Nickel Boron Nitride coating.
Nickel Boron Nitride coatings offer excellent corrosion resistance, significantly reducing the risk of rusting on the coated surface. The unique composition of Nickel Boron Nitride creates a barrier that protects the underlying metal from oxidation and environmental factors that lead to rust. However, like any protective coating, its effectiveness can be compromised if the coating is damaged or excessively worn, exposing the metal beneath.
A Nickel Boron Nitride coating works by depositing a thin layer of Nickel Boron Nitride alloy onto the surface of a metal part through an electroless plating process. This coating significantly enhances the surface properties of the treated parts, including hardness, wear resistance, and corrosion resistance. The Nickel Boron Nitride layer also reduces friction, which can improve the operation of moving parts. The result is a durable, high-performance surface that extends the life and efficiency of coated components.
Choosing between Nickel Boron Nitride and Chrome coatings depends on the specific requirements of the application. Nickel Boron Nitride is known for its superior hardness, wear resistance, and reduced friction properties, making it ideal for high-stress and precision applications. Chrome, on the other hand, is renowned for its excellent corrosion resistance and surface hardness. While both coatings are durable, Nickel Boron Nitride often provides a better balance of lubricity and durability, making it preferable for applications requiring both performance enhancements.
