Configured for large components

Specialising in resurfacing hydraulic piston rods, repairing rods up to 4m in length with a maximum diameter of 600mm.

Hydraulic repair specialists

Our extensive experience means we understand the high precision requirements for hydraulic engineering & repair.

30 year record of excellence

Our reputation of excellent quality comes from 30 years of service in mining, agriculture & construction industries.

Fully equipped facilities

State of the art facilities equipped with machines such as stripping tanks, grinding & linishing machines & powerful rectifiers.

Time optimised turnaround

CCA is configured to streamline every part of the process to cut down on lost time and deliver components as fast as possible.

Delivering to your specs

Custom hard chrome plating solutions by perfectly matching your custom specifications with our experience and expertise.

Strict quality control

We maintain a vigilant eye on the entire process for an end product that delivers to Australian standards.

SUPERIOR FACILITIES

teaser1

CCA operates numerous stripping tanks and grinding machines of various dimensions operated by skilled technicians with the experience and craft to remove old material without damaging the underlying metal.

SUPERIOR PROCESS

teaser2

An array of electroplating tanks of various dimensions can accomodate hydraulic components up 12m. Bath chemistry and current density is carefully controlled to achieve uniform chrome deposits with optimal adhesion.

SUPERIOR SKILL

superior-skills

CCA's highly trained, skilled technicians use decades of knowledge, combined with world-class electro-plating technology to achieve an end product that performs to the manufacturer's expectations.

AUSTRALIAN INNOVATION:

HORIZONTAL ROTATION HARD CHROME PLATING OF RODS UP TO 12 METRES

SUPERIOR CHROME THICKNESS UP TO 200 MICRONS

teaser2

Horizontal rotation plating for optimal current density

Dual-contact-system

Dual contact system with ideal anode to cathode ratio

teaser3

Digital rectifier systems for optimal current management