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Advanced Plastic & Polymer Optics for Eyewear

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Advanced Plastic & Polymer Optics for Eyewear

Oct 29 , 2025

 

Jingseyewear Advanced Polymer Optics Technology

Advanced Plastic & Polymer Optics for Eyewear

Jingseyewear leads the optical industry with cutting-edge plastic and polymer optical technology, specifically engineered for high-performance optical lenses and sunglasses. Our advanced low-temperature processes enable precise thin-film coatings on temperature-sensitive polymer materials.

Utilizing state-of-the-art manufacturing techniques, Jingseyewear offers a comprehensive range of polymer optical solutions including acrylics, polycarbonates, polystyrenes, and specialty materials like Zeonex®. Our expert team handles complex shapes and designs while maintaining exceptional optical clarity and performance.

-------------- Technical Specifications ---------------

Performance Parameter Specification Unit Eyewear Application
Processing Temperature < 50 °C Thermal Protection
Wavelength Range 300 - 2000 nm Broadband Optics
Refractive Index Range 1.47 - 1.65 nD Prescription Lenses
Impact Resistance High Rating Safety Lenses
Weight Reduction 30-50 % Comfortable Wear

-------------- Polymer Material Types ---------------

Material Type Refractive Index Density Key Features Eyewear Application
Polycarbonate 1.586 1.20 Impact resistant Safety Lenses
Acrylic 1.491 1.19 Optical clarity Fashion Eyewear
Zeonex® 1.522 1.01 Ultra-light Premium Lenses
Polystyrene 1.590 1.05 Cost effective Economy Lenses

-------------- Coating Technology Options ---------------

Coating Type Wavelength Range Performance Eyewear Application
Anti-Reflection 300-2000nm Super low AR Prescription Lenses
Metal Mirrors 300-2000nm Enhanced Mirror Sunglasses
Dielectric Mirrors 300-2000nm Low temp Specialty Optics
Transparent Conductive 300-2000nm Anti-static Smart Eyewear

-------------- Product Categories ---------------

  • Impact-Resistant Polymer Lenses
    Impact-Resistant Lenses
    High-performance polycarbonate lenses with exceptional impact resistance for safety glasses and sports eyewear applications.
  • Ultra-Light Polymer Lenses
    Ultra-Light Lenses
    Specialty polymer materials like Zeonex® offering 30-50% weight reduction for all-day wearing comfort.
  • Custom Molded Polymer Optics
    Custom Molded Optics
    Complex shapes and designs including visors, polygons, and specialized lens geometries for unique eyewear applications.

-------------- Military Standards Compliance ---------------

Military Standard Specification Application Benefit
MIL-M-13508C Metal Mirrors Mirror Coatings Military Grade
ANSI Z87.1 Impact Resistance Safety Lenses Safety Standard

-------------- Eyewear Applications ---------------

Jingseyewear Polymer Optics Applications

  • Sports Eyewear Sports Eyewear
    Impact-resistant polymer lenses for sports sunglasses requiring maximum protection and durability during athletic activities.
  • Fashion Eyewear Fashion Eyewear
    Lightweight polymer materials with custom colors and finishes for trendy fashion eyewear designs.
  • Safety Glasses Safety Glasses
    Industrial safety glasses with impact-resistant polymer lenses meeting ANSI Z87.1 and military standards.

Why Choose Jingseyewear Polymer Optics?

Lightweight Design

Polymer materials offer 30-50% weight reduction compared to glass, providing all-day wearing comfort for users.

Impact Protection

Superior impact resistance makes polymer lenses ideal for safety applications and sports eyewear.

Design Flexibility

Custom molding capabilities allow for complex shapes, unique designs, and creative eyewear solutions.

Contact Jingseyewear for Your Polymer Optic Needs

Discover how our advanced polymer optical technology can enhance your eyewear products

-------------- Technical Diagrams ---------------

Figure 1: Polymer Lens Manufacturing Process

Polymer Lens Manufacturing Process

This diagram illustrates Jingseyewear's precision polymer lens manufacturing process, showing the injection molding, surface treatment, and coating application steps. Each stage is carefully controlled to ensure optical clarity, dimensional accuracy, and consistent performance.

Figure 2: Low-Temperature Coating Application

Low-Temperature Coating Application

Cross-sectional view of Jingseyewear's advanced low-temperature coating process on polymer substrates, showing how thin films are applied at temperatures below 50°C. This revolutionary technique protects the polymer material while achieving exceptional coating adhesion and optical performance.

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