polymeroxid® LF4®
but low friction!
Born for racing
Our polymeroxid®–LF4 process is a new anodic special coating for applications in which surface smoothness is paramount. With a slightly reduced hardness compared to xH4®, the friction properties have been further optimized. When using suitable materials, an excellent decorative effect can be achieved, opening up new possibilities for which hard anodizing was previously not suitable.
polymeroxid®–LF4 is used as standard by leading manufacturers of racing equipment on piston running surfaces in damping elements. In addition to the required abrasion resistance, optimal friction properties are achieved.
polymeroxid®-LF4 produces the smoothest hard anodic layers on the market!
Because we can.
We can only achieve a consistently high quality standard by maintaining the stability of all process and bath parameters. Continuous in-house analysis of all process steps, PLC-controlled processes, a well-coordinated team and our unique plano ERP system are reflected in the highest possible quality.
We are also one of the few companies worldwide to have the IHAA Type II label for our anodized coatings!
This is how polymeroxid LF4® works
In the new process, the friction properties have been optimized for maximum smoothness, with a slightly reduced hardness compared to xH4®. This is where the completely new polymeroxid® matrix can fully exploit its advantages. LF4 is the process of choice when it comes to sliding applications and low breakaway torques are crucial.
polymeroxid®-LF4 produces the smoothest hard anodic layers on the market!
Details:
- completely new polymer oxide matrix
- smoothest hard anodized layers on the market
- high hardness of approx. 400 HV0.25 (7075-T6)
- protects against cold welding
- decorative design possible despite hard anodizing
- very high abrasion resistance
- reduces the slip-stick effect
- excellent frictional properties
- extremely good bonding properties with top coatings
The most suitable materials are AlZnMgCu1.5 (7075) and AlMgSi0.5/1.0 (6060/6082).
The polymeroxid®-LF4 layer grows beyond the base area by 40% of its total layer thickness (see sketch). A 25μm layer therefore means growth of approx. 10μm (20µm on the diameter). The optimum layer thickness is between 20 and 25μm.
Layer thicknesses <20µm are not technically feasible. Two layer thickness classes have become established on the market (30 or 50µm).
Most workpieces are finished with a 30µm coating.
We would be happy to explain why less than 20µm and more than 50µm are not recommended in a consultation.
The effective layer hardnesses depend heavily on the material used. With our LF4, they are generally above 400 MHV0.026 (70765 T6).
Free initial consultation
Then get in touch with us and benefit from a consultation at eye level, without waiting in line. You will receive individual advice and a dedicated contact person. Thanks to our many years of experience, we are also happy to support you in the planning phase. Because we always have a plan.
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