ハーツラスIML-AR - Fukuvi Harzlas

IML-AR Structure

Harzlas IML-AR is a series of thin-film layers coated on plastic substrates. Typically, it consists of a hard coat layer, AR layers, and an anti-fingerprint layer. The flexible AR coating can withstand most thermoforming processes allowing for use in insert molding. We can customize the layers to meet the requirements for your project.

Developed specially for products with 3D surfaces made by insert molding
The anti-reflective coating is applied to a sheet before the insert molding process, leading to edge-to-edge coating uniformity

Properties

Low Reflectance

Reduce the amount of light that gets reflected to the user.

High Transmittance

Improved clarity allows you to see the other side without hindrance.

High Chemical Resistance

Cleanable with common household chemicals without worrying about deteriorating the coating.

Water and Oil Repellent

Easy clean smudges and fingerprints with our specially formulated anti-fingerprint coating.

High Durability

Excellent scratch and abrasion resistance for long lasting usability.

Consistent Reflected Color

Our highly controlled production process allows for the coating to be evenly applied at the nanometer level, resulting in a consistent reflection color throughout the substrate.

Optical Properties

Reflectance

Harzlas AR can be optimized from three basic starting points.

For projects that need extremely low reflectance, our triple-layer solutions are optimal.
If reflected color is an issue, Harzlas AR is available in a more neutral reflected color.
For projects that allow for more reflectance, our single-layer option is an optimal starting point.

Transmittance

Harzlas AR also features a high degree of light transmittance throughout the visible light spectrum that extends into the infrared region.

Note: The above data is based on sheets that have the AR treatment on both sides. Single-sided AR is also available.

Environmental Resistance Tests

Test	Conditions	Result
High Temperature	100C for 192 hours	No Deterioration in Optical Properties or Adhesion
Low Temperature	-40C for 192 hours	No Deterioration in Optical Properties or Adhesion
Thermal Shock	-40C to 95C, 200 cycles, 30 minutes per temperature	No Deterioration in Optical Properties or Adhesion
High Heat and Humidity	65C, 95%RH, 192 hours	No Deterioration in Optical Properties or Adhesion

Chemical Resistance Tests

Test	Conditions	Result
Tap Water	25C, 96 hours	No Deterioration in Adhesion
5% Saline Solution	25C, 96 hours	No Deterioration in Adhesion
Acidic Artificial Sweat	25C, 96 hours	No Deterioration in Adhesion
Alkaline Artificial Sweat	25C, 96 hours	No Deterioration in Adhesion

Our coatings can be customized to match your needs.
Let us work together to find a coating optimized for your application.

HARZLAS IML-AR