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High Performance Sports

In high-performance sports, every gram and micron counts. ACT coatings provide the durability, friction control, and sleek finish needed for elite gear and components.
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Coating Services

ACT offers a variety of coatings options, including Physical Vapor Deposition (PVD) and Diamond-Like Carbon (DLC). These techniques as well as other coating technologies can result in a high-quality coating material that can enhance the performance and endurance of sports equipment.

ACT will make sure the surface area is free from contaminants that could interfere with our high-performance coatings. We maintain a coating process with the highest level of adhesion to the surface area. This delivers a superior quality coating for your sports equipment.

ACT’s innovative technology can bring a multitude of opportunities to sports equipment which can include elevating sports performance to give you a more competitive edge. The coating process provides an extremely hard surface that reduces the weight and increases the strength of the material. Our advanced coatings can reduce the need to replace or repair sporting equipment and will extend the life of your components. The reduced wear of the materials also reduces the risk of potential injury. Let our advanced coatings enhance your sports equipment to take your game to the next level.

 

These coatings can be applied to a variety of sports equipment including some of the following:

  • Baseball bats
  • Bicycles
  • Fishing rods
  • Golf clubs
  • Motorcycle parts
  • Racing car parts
  • Ice skates
  • Fishing gear
  • Scuba diving gear

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PVD and DLC Coatings for High-Performance Sports Equipment

High performance coatings applied through PVD and DLC processes protect sports equipment and motorsport components against friction, wear, corrosion, and surface degradation. At thicknesses of 1 to 4 µm, these coatings add measurable surface hardness and friction reduction without adding weight that would affect the balance or performance of the equipment. DLC coatings achieve a COF of 0.05 to 0.1, reducing energy loss on rotating and sliding surfaces in racing transmissions, engine internals, and drivetrain assemblies. PVD coatings such as TiCN (HV 3,500) and AlTiN (HV 3,400 to 3,600) resist abrasion and high-temperature wear on components exposed to sustained mechanical stress. ACT also provides color-matched finishes across multiple coating types, allowing manufacturers to align the coating's appearance with brand aesthetics while maintaining full functional performance. Our performance coatings give motorsport teams and equipment manufacturers a measurable edge in friction reduction, wear resistance, and component longevity.

20+ Coating Options

Advanced PVD and DLC coatings engineered for high-performance sports and motorsport applications.

Up to 3,600 HV Hardness

PVD coatings like TiCN and AlTiN resist abrasion and high-temperature wear under extreme stress.

0.05 – 0.1 COF Low Friction

DLC coatings reduce friction and energy loss on critical rotating and sliding components.

Coating Advantages

Physical Vapor Deposition (PVD) and Diamond-Like Carbon (DLC) as well as other advanced coatings provide increased toughness and quality. These coatings provide many advantages and improvements to sporting equipment including:

  • More comfortable and more agile
  • Low friction and wear
  • Made safer, less need for repair
  • Abrasion resistance
  • High strength
  • Fatigue resistance
  • High stiffness
  • Fracture toughness
  • Strong durability and resilience
  • Corrosion protection
  • Low weight (lightness and reduced weight)
  • Extended the lifespan of the equipment

All of these factors will greatly enhance the performance of your equipment. The added strength and reduced weight provide an overall toughness that yields an enhanced product for your sporting needs. Our advanced coating technology will provide your sports equipment with a premium quality appearance. Our coatings will give your sports equipment advanced protection by improving its durability and resistance to wear. The low friction properties in our coatings can enhance the racing performance of sporting equipment in motorsports. Our coatings provide additional protection by reducing the need for equipment changes, and by increasing the output efficiency of the motor and transmission.  

ACT provides a wide variety of coating finishes, and we can color-match to other materials of your choosing. ACT also has a wide variety of color choices available for your coating needs.

Who We Are

Advanced Coating Technologies (ACT) is located in Valencia, California and we are the country’s leading service providers of surface coating technologies. ACT delivers high-quality coatings to enhance your sports equipment, resulting in outstanding performance and functionality. We offer innovative and highly durable surfaces that will have the desired appeal for many sports enthusiasts.

ACT’s coatings deliver strength and improved performance for your sporting equipment. Our coatings not only make the surface of your sports equipment more comfortable, but they also enhance the life and performance of your equipment as well.

ACT offers coatings that can be used on a variety of equipment including golf shafts, baseball bats, hockey sticks, helmets, golf carts, and more. We are dedicated to offering high-performance solutions that provide greater protection, reliability, and performance to your sporting equipment.

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You Make It First, We Make It Last!

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Why Choose Our Coating Solutions for Sports

High-performance coatings with COF as low as 0.05 reducing friction on transmission gears, bearings, engine internals, and drivetrain components

Coating thickness of 1 to 4 µm adding surface protection without measurable weight increase to the component

Hardness options from 1,600 HV (DLC) to 4,500 HV (nACO, WARRIOR) matched to the specific stress profile of each part

Corrosion resistance from DLC and CrN protecting equipment exposed to moisture, dirt, road debris, and outdoor conditions

Multiple color options including gold, black, dark grey, champagne, rainbow, copper, blue, and rose for brand-aligned finishes

DLC Rainbow (HV 2,400, COF 0.05 to 0.1) for visible components where functional performance coatings and distinctive appearance are weighted equally

AS9100D and ISO 9001:2015 quality controls applied to every sports equipment order, same as aerospace and medical work

Collaborative coating selection guided by ACT's engineering team to match the right coating to each component's operating conditions

PVD and DLC Coating Capabilities advanced PVD and DLC coatings designed for durability, wear resistance, and high performance

Extensive Material and Coating Testingin-house testing to validate hardness, thickness, adhesion, and performance under real-world conditions

Industry-leading research and development team driving innovation in coating technologies for Aerospace and Space applications

Customized finishes to match your performance and brand goalsfrom functional properties to appearance, we tailor coatings to your exact needs

Ph.D. Scientist on staffexpert guidance and technical leadership for complex coating challenges

Trusted by performance brands and custom shops nationwide proven results and long-term partnerships across the industry

Enhanced Quality Control & Quick Turn around rigorous quality checks and efficient processes to meet tight deadlines

Frequently Asked Questions

How does applying a sports equipment coating improve durability and overall performance?

A high-performance sports gear coating reduces friction, resists wear, and protects against corrosion. This ensures sports equipment performs reliably under extreme conditions, extending its lifespan and maintaining efficiency for athletes and demanding applications.

Why is a sports equipment coating important for professional and recreational use?

A sports gear coating enhances surface protection, adds hardness, and improves wear resistance. These qualities keep equipment performing at its best, whether for professional athletes or everyday users who require durability and consistency.

What is the minimum order size for coating sports equipment components?

ACT handles prototype, small-batch, and production-volume orders. There is no strict minimum, but contact ACT directly to discuss your quantity and timeline so the team can confirm feasibility and provide accurate pricing for your project.

Can coatings be applied to carbon fiber components, or only metal parts?

PVD and DLC coatings are primarily applied to metal substrates. Carbon fiber and composite materials present adhesion challenges because the deposition process requires a compatible bonding surface. Contact ACT to discuss your specific composite application and whether a viable approach exists.

How do coatings hold up on motorcycle and racing car parts exposed to road debris and vibration?

PVD coatings like TiCN (HV 3,500) and DLC (HV 1,600, COF 0.05 to 0.1) resist abrasion from road debris and maintain adhesion under vibration. The coatings bond at the atomic level during vacuum deposition, so they do not loosen or peel under mechanical stress the way painted or plated finishes can.

Does the coating process require any specific preparation of the sports equipment before shipping to ACT?

Parts should be clean and free of grease, oil, or adhesive residue. ACT performs thorough pre-coating cleaning and inspection, but arriving in a reasonably clean state helps the process. ACT can provide specific preparation guidelines based on your component type and material.

Are the coatings applied by ACT to sports equipment subject to the same quality controls used for aerospace and medical parts?

Yes. ACT operates under AS9100D and ISO 9001:2015 quality management systems for all work processed through its Valencia, California facility. Sports equipment components receive the same documented process controls, surface preparation, and post-coating inspection as aerospace and medical parts.

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