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MICRON
INDUSTRY
Welcome to Micron Industry!
  • Phone
  • +90 533 926 66 35
  • E-Mail
  • info@micronendustri.com.tr
  • Address
  • Ansızca Neighborhood, Sinancılar Village Road
    No: 401/3, Kemalpaşa / İzmir

Types of
Hard Chrome Plating

01
Piston Rod Hard Chrome Plating

Brake pad molds are precision components that operate under high temperature and pressure, making surface quality critical. With hard chrome plating, adhesion and wear on the mold surface are reduced, dimensional stability is maintained for longer, product surface quality becomes consistent, and maintenance needs and downtime are minimized.

02
Brake Pad Mold Hard Chrome Plating

Brake pad molds are precision components that operate under high temperature and pressure, where surface quality is critical. With the applied hard chrome plating, adhesion and wear on the mold surface are reduced, dimensional stability is maintained for a longer period, product surface quality becomes consistent, and maintenance and downtime durations are significantly reduced.

03
Roller Hard Chrome Plating

Rollers are critical components exposed to continuous contact and rotational motion in printing, coating, lamination, and similar processes. With hard chrome plating, surface hardness and wear resistance are increased; low friction ensures more stable and efficient operation; surface marks and deformations are minimized; and cleaning and maintenance intervals are extended.

04
Cylinder Hard Chrome Plating

In hydraulic and pneumatic cylinders, surface quality is critical to overall system performance. With the applied hard chrome plating, inner and outer surfaces are protected against wear, the service life of sealing elements is extended, friction and related energy losses are reduced, and long-term protection against corrosion is ensured.

05
Machine Parts Hard Chrome Plating

Hard chrome plating services are also provided for machine parts with custom designs and various applications. The process can be applied to shafts and rods, guide and slide surfaces, bearing seat areas, as well as components used in cutting, conveying, and guiding systems. In these parts, dimensional precision is preserved while the performance of functional surfaces is enhanced and service life is extended.