Faster-Than-Ever Lead Time: Current Average is 5 Working Days!
Let's Talk
Diamond Chrome Coating For
Your Most Abrasive Applications
Nanometer-sized diamond particles are co-deposited with chrome plating for long-lasting abrasion protection with excellent lubricity and release. This is why Bales recommends Diamond Chrome coating for all of your most abrasive applications.
0.15
Coefficient of Friction
85+ (up to 1200 Knoop)
Rockwell Hardness
130°F
Applied Temperature
-300°F to 1,600°F
Max Operating Temperature
0.00004 to 0.002”
Plating Thickness
Under 4 x 10 (to the -5)” (0.0004 to 0.0006 mm)
Diamond Micro-Particle Size
0.05 – 0.50% of mass content
Diamond Micro-Particle Content
corrosion resistance rating
RELEASE RATING
ABRASION resistance rating
Additional Diamond Chrome Coating Benefits
What else can a Diamond Chrome coating bring to your molds and components?
Application possible in up to 0.002" thickness.
Abrasion protection is at least 25% better than hard chrome plating and superior to titanium nitride.
Application is at very low temperatures to any ferrous or non-ferrous substrate, resulting in no compromise to the metal shape or size.
Why Diamond Chrome Rules Resistance Coatings
Diamond Chrome contains nano-sized diamond particles that make it the most wear-resistant coating and the best solution for abrasive applications. Use our Coating Comparison Tool to see how Diamond Chrome coating stacks up against other Bales coatings. Compare surface finishes and find the best solution for your needs.
A Real Diamond Chrome Coating Success Story
See the difference in wear and tear before and after the application of Diamond Chrome coating.
Before
After
BALES HAS YOUR SURFACE SOLUTION!
REQUEST A QUOTE TO GET STARTED.
“From start to finish, it was a pleasure working with Bales.”
Read the full case study to learn how Diamond Chrome coating solved Plastic Ingenuity's issue with sticking and wear on injection molding tools.
Read Case Study
Case Study: The right coating and process is key to boosting productivity
One of the largest custom thermoformers in North America prides itself on being solutions-oriented when working with customers and appreciates how Bales took the same approach in solving their complex challenges. “We take the time to develop the right solutions for our customers, and we expect our vendors to do the same for us," said Pete Laubmeier, sales engineer at Plastic Ingenuity, Inc.
READ CASE STUDY
FAQS ABOUT DIAMOND CHROME PLATING
Discover why Diamond Chrome plating is the superior choice for the most abrasive applications. Read our FAQs to learn about its durability and cost-effectiveness compared with standard chrome, plus its advantages for specific industries.
Diamond Chrome plating can cost more upfront than standard chrome, but it creates significant cost savings over time. The superior durability of Diamond Chrome reduces wear and tear, which improves component productivity and lifespan while reducing maintenance costs. By investing in Diamond Chrome, manufacturers can strategically balance initial plating costs with long-term benefits.
Diamond Chrome plating stands out for its combination of exceptional hardness and durability, making it ideal for extremely abrasive environments. By incorporating diamond particles, Diamond Chrome enhances surface hardness and abrasion resistance better than standard chrome. As a result, it significantly increases component lifespan.
Diamond Chrome plating provides exceptional durability in applications with constant friction, pressure, and contact with abrasive materials. Its combination of diamond particles and chrome provides a level of hardness and abrasion resistance that is superior to standard chrome plating. With better surface protection, metal components have improved functionality in the long term, even in the most abrasive applications.
Diamond Chrome plating is best suited for applications that require extreme durability and wear resistance. This includes precision tools, dies, molds, and components used in automotive, aerospace, and plastic injection molding manufacturing. Its ability to withstand extreme conditions without compromising efficiency or quality makes it an ideal choice for high-value metal components.
