They Are Designed To Provide Durable And Long-Lasting Branding And Labeling For Industrial Equipment And Control Panels

They Are Designed To Provide Durable And Long-Lasting Branding And Labeling For Industrial Equipment And Control Panels

• Material Selection: Industrial labels are manufactured using materials known for their resilience, such as:
  • Polyester: Highly resistant to chemicals, heat, and UV radiation [4].
  • Vinyl: Capable of withstanding extreme temperatures and harsh outdoor environments [4].
  • Polyimide: Ideal for high-temperature applications, such as those found in electronics and automotive components [4].
  • Aluminum: Suited for outdoor equipment needing to endure extreme weather and UV exposure [4].
  • Polycarbonate [5].
  • Anodized aluminum [5].
• Adhesive Properties: These labels utilize industrial-strength adhesives that ensure they remain firmly attached to various surfaces. These adhesives are designed to be:
  • Permanent [4].
  • Weather-resistant [4].
  • High-temperature resistant [4].
• Printing Methods: The printing techniques used also play a crucial role in the longevity of the labels. Common methods include:
  • Screen printing [1].
  • UV printing [1].
  • Thermal transfer printing [1].
    These methods ensure that the graphics remain clear and resistant to fading over time [1].
• Resistance: These labels are designed to resist:
  • Extreme temperatures [1][2].
  • Chemicals [1][2].
  • Abrasion [1][6].
  • UV exposure [4].
  • Moisture [4].
• Customization and Protection:
  • These labels can be customized in various sizes, shapes, and colors [1].
  • Lamination and specialized coatings can be added to provide extra protection against specific environmental factors [1].

Lexans spec :
 
Material

• Common materials include vinyl, polyester, polyimide (Kapton), and polyethylene terephthalate (PET) films.
• The material needs to be durable, chemical/solvent resistant, and able to withstand temperature extremes.

Adhesive

• Pressure-sensitive adhesives like acrylic or rubber-based are common.
• The adhesive must have strong bonding strength to adhere securely to various surfaces.
• It should also resist peeling, lifting, and degradation over time.

Thickness

• Typical sticker thicknesses range from 2-10 mils (0.002" to 0.010").
• Thicker stickers are more durable but may impact conformability to uneven surfaces.

Size & Shape

• Industrial stickers come in a wide range of standard and custom sizes.
• Common shapes include rectangles, squares, circles, ovals, and die-cut custom shapes.
• Size is selected based on the specific application needs.

Here are some examples of common Lexan polycarbonate products used for industrial overlay and enclosure designs:

1. Lexan FMR (Flame Mitigating Resin) Sheets

• Formulated with flame-retardant additives to meet stringent fire safety standards
• Often used for control panel faceplates, switch plates, and equipment housings
• Available in clear, tinted, and opaque color options

2. Lexan EXL Impact-Modified Sheets

• Engineered for superior impact resistance and toughness
• Ideal for overlays, bezels, and enclosures that need to withstand abuse
• Maintains optical clarity and dimensional stability under impact

3. Lexan HPS (High Performance Sheet)

• Offers excellent chemical, temperature, and UV resistance
• Used for outdoor equipment, harsh environment enclosures
• Can be metallized or coated for specialized surface finishes

4. Lexan ML (Matte Low-Glare) Sheets

• Matte surface finish reduces glare and reflections
• Enhances readability of control panel graphics and displays
• Maintains clarity and scratch resistance of standard Lexan

 
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