Overview
Form AGX-2N foil is a low-cost metal substrate that can be used for testing as an alternative to expensive solid metal panels. Each card has a 6.4mm diameter hole at one end for easy hanging or holding. Its light weight makes it easy to store, and the sides are covered with aluminum foil to reduce stoving deformation. The bright side is conductive.
Features
1. Low cost, can replace solid metal panels.
2. Light weight, easy to store and operate.
3. A 6.4mm diameter hole is preset at one end of the card.
4. Both sides are covered with aluminum foil to help reduce deformation during stoving.
5. The bright surface is electrically conductive.
6. Uncoated, providing original metal surface.
Principle
As a test substrate, the conductive aluminum foil surface of this product can be used to simulate metal substrates for performance testing such as adhesion, drying time, and corrosion resistance of coatings, inks, or Miscellaneous coatings. The structure of the foil on both sides helps to maintain flatness during heat treatment such as stoving, reducing deformation due to single-sided heating.
Applications
Coating testing, inks testing, coating performance evaluation, adhesion testing, corrosion testing, laboratory research and development, quality control
Standards
The data did not mention specific compliance criteria.
Steps
The information does not provide specific operation steps.
Notice
* This product is an undercoated aluminum foil, please confirm whether the surface condition is suitable according to the test requirements before use.
* Please pay attention to distinguish the bright conductive surface from the non-bright surface, and choose the use surface according to the test requirements.
* The thickness of the product is 0.46mm, and the texture is thin. Avoid bending or scratching the surface during operation.
* Please pay attention to the environment when storing to avoid moisture or corrosion gases affecting the substrate.
When stoving, pay attention to temperature control, although the product design can reduce deformation, extreme conditions may still cause deformation.
