Transparent Scratch Resistant Acrylic Sheet UV Hard Coated Plexi Glass

Transparent Scratch Resistant Acrylic Sheet UV Hard Coated Plexi Glass

Transparent scratch resistant acrylic sheet UV hard coated proof plexi glass sheet
 
1.  Hard Coat Acrylic Sheet  Description
      Acrylic (PMMA) is a type of plexiglass. Acrylic mirrors made of acrylic have a mirror effect similar to that of glass mirrors, stronger impact resistance than glass mirrors, and only half the weight of glass mirrors. The mirror once became the darling of the decorative building materials industry, known as the "Queen of Plastics".
      However, acrylic is always plastic, and its hardness is far less than that of glass, so acrylic mirrors need extra care in daily use, because it is easy to scratch. In order to solve this problem, the surface of the acrylic mirror needs to undergo special treatment, which is also called "acrylic surface hardening technology" in our industry.

1. Surface coating hardness modification
Surface coating hardness modification is known as hardcoating. It is to coat a layer of material with high hardness on the surface of the acrylic sheet to improve the hardness of the surface of the sheet. The materials that can be coated are usually inorganic substances, silicone coatings, fluorocarbon paints, multifunctional acrylates and a small amount of thermosetting resins. The surface coating is divided into physical coating and chemical coating according to the nature of the combination. The combination of physical coating and sheet only utilizes the van der Waals force between the film and the sheet, while the molecules in the chemical coating can interact with the side chains of the sheet. The cross-linking of the functional groups produces a stronger chemical bond, so the adhesion of the chemical coating is higher and more reliable.

2. Surface coating treatment
Surface coating treatment (generally done by PVD method); mainly by PVD method, metal, metal oxide or other inorganic substances are coated on the surface of the acrylic mirror sheet.

PVD is the abbreviation of English Physical Vapor Deposition. It refers to the use of low-voltage, high-current arc discharge technology under vacuum conditions, using gas discharge to evaporate the target and ionize the evaporated material and gas, using the acceleration of the electric field. , so that the evaporated substances and their reaction products are deposited on the workpiece. The films prepared after PVD have the advantages of high hardness, low friction coefficient, good wear resistance and chemical stability.

 
2.Parameter

3.  Features:
1. Light transmittance, no impurities, anti-scratch, thickness 0.5/0.65/0.8/1.0/1.2/1.5/2.0/3.0mm, hardness 4~6H, light transmittance above 93%.
2. Excellent transparency, excellent light conductivity, excellent surface quality and tolerance control.
3. The high-quality protective film is used for the board interview, and there will be no residual glue phenomenon.
4. The crystal point is controlled at the optical grade specification.

4.   Application of Hard coated Acrylic Sheet coating technology on mobile phone backplane

      For decoration: such as many shop windows, lighting covers, soundproof doors and windows, elevator interior veneers, etc.
For advertising: common light boxes, outdoor billboards, station advertisements, indoor advertisements, fan support boards and signs, etc.
For children: driving safety seat mirrors, children's furniture, children's toys, etc.
Used for other: baby's incubator, medical device, fluorescent lamp, chandelier, lampshade, etc.

 
5.  XH Company and Production Line

7.  Package and shipping

 
7.1. One piece of acrylic sheet package: double-sided covered with kraft paper or PE film, the cover film does not have any LOGO of our company.
7.2. Tray package: the total weight of each pallet is about 2 tons, the bottom is wooden pallet or iron pallet, and the surrounding is packed with corrugated paper.
7.3. The packaging method of the whole container: 20-23 tons (about 3000 pieces) 20-foot container, 10-12 pallets.