A modern aluminum profile system should be able to provide both structural profiles (all profiles have fixed grooves) and a range of profiles that are both functional and visual。Therefore, without changing the basic access principle of RK (Rose+Krieger), which can be connected without machining, we have also incorporated a range of functional and special aluminum profiles into the product portfolio to complete our modern aluminum profile system。

       According to the shape of the profile, we divide the "functional profiles" into three categories: visual profiles, frame profiles and special profiles。When assembling, only the appropriate connection technology is used, and no further processing of the profiles is required。The profiles are cut to the appropriate length and then assembled so that the planning and assembly process is as effortless as possible!

特点:

 ■ Novel design

 ■ Multiple functions

 ■ Good flexibility

 ■ High cost performance

This kind of aluminum profile is characterized by a single, multi-sided or four-sided smooth appearance。

Main application range:

 ■ Design for more demanding applications

 ■ Need to maintain a minimum level of pollution in the environment

 ■ Easy to clean hygienic area

Profile version:

 ■ F-G profile: F-shape, with closed profile surface-flange bracket connection technology

 ■ W-profile: There are various angles, ranging from 30° to 90°, all using closed profile surface-angle joint technology

This type of profile can be inserted into the panel and firmly fixed, the panel used is made of barbed wire, acrylic glass, Qiansi board, mold clone and other materials。

Main application range:

 ■ Safety protection device

 ■ Shielding device

 ■ Lens hood

 ■ Covering layer

Profile version:

 ■ KL profile: The panel is firmly secured with a clamp - Angle joint connection technology

 ■ ESP profiles: Panels that can be inserted with a predetermined thickness - Angle joint connection technology

Main application range:

 ■ Flat design groove type

 ■ Light load support

 ■ Frame structure