ZEONEX has earned high marks for low moisture absorption, good transparency and high precision molding. ZEONEX resins can be utilized in many applications including:
• Camera Lenses
• Aspherical Lenses
• F-Theta Lenses
• Pick-up Lenses
• Blood analysis and medical instrumentation relying on optical-based detection
ZEONOR is commonly used for light guides, optical windows and diffuser applications.
ZEONEX and ZEONOR resins offer:
• High Transparency
• Low Fluorescence
• Low Birefringence
• Low Water Absorption – more stable optical properties than PMMA.
• High Heat Resistance
• Chemical Resistance
ZEONEX 350R has been specially designed for blue light/blue laser applications.
ZEONEX K26R is our newest grade, designed for microlens applications, including cameras for mobile devices. ZEONEX K26R enables high precision molding of very thin cross-section lenses while maintaining very low birefringence.
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|Product Grade||Water Absorption (%)||Light Transmittance (%)||Glass Transition Temp (°C)||Refractive Index|
|ZEONEX 350R**||< 0.01||92||123||1.509|
|ZEONEX 330R||< 0.01||92||123||1.509|
|ZEONEX 480R||< 0.01||92||138||1.525|
|ZEONEX E48R||< 0.01||92||139||1.531|
*Please register for additional information.
** ZEONEX 350R is suggested for applications requiring prolonged exposure to blue light / blue laser.
*** Values indicated for reference only. Not to be used for purposes of establishing a specification.
ZEONEX can be molded for complex lenses and prisms requiring precise micro-features, fast cycle times, and uniform optical properties.
ZEONEX allows for more precise molding than with PC and other plastics.
For microlens applications, including camera optics for smartphones and tablets, new ZEONEX K26R is suggested. It enables high-precision molding of thin cross-section lenses with significant reduction in weld line size and lower birefringence compared to traditional COP and versus COC.
Weld line comparison:
ZEONEX COP has a refractive index similar to glass. The refractive index is significantly lower than Polycarbonate (PC). The ABBE number is similar to PMMA.
ZEONEX COP has more stable optical properties after heat and humidity exposure than does PMMA.
ZEONEX COP resins have excellent light transmission from ~300nm to ~1200nm. The light transmission is reduced above 1200nm.
ZEONEX COP resins have superior light transmission from 300-1200nm, as compared to PC and PMMA.
ZEONEX COP resins have higher heat resistance than common PMMA, PP, and PET resins. This enables ZEONEX to be utilized in optical applications where the part will be exposed to extreme heat and/or humidity.
ZEONEX has <0.01% water absorption - much less than PC and PMMA. ZEONEX parts are dimensionally stable and show minimal spherical and coma aberration of lenses after exposure to humid environments.
ZEONEX COP has the best overall balance of properties as compared to other optical plastics and glass.
|Low Refractive Index||Exc.||Exc.||Poor||Poor||Exc.|
The table below details the refraction dependency of ZEONEX as a function of wavelength and temperature.
|480R||Wavelength (nm)||Abbe number|
|E48R||Wavelength (nm)||Abbe number|
|330R||Wavelength (nm)||Abbe number|
ZEONEX demonstrates excellent resistance to common solvents, as shown on the table below.
|IPA (isopropyl alcohol)||O|
|MEK (methyl ethyl ketone)||O|
|MIBK (methyl isobutyl ketone)||X|
|Other solvents||Methyl methacrylate||X|
|DOP (dioctyl phthalate)||X|
|Acids||Hydrochloric acid (10%)||O|
|Concentrated hydrochloric acid||O|
|Sulfuric acid (10%)||O|
|Concentrated sulfuric acid||X|
|Hydrofluoric acid (7%), nitric acid (42%), pure water (51%)||O|
|Alkali||Caustic soda (50%)||O|
|Ammonia water (10%)||O|
|Other chemicals||Formaldehyde (40%)||O|
|Hydrogen peroxide solution (30%)||O|
The above data are typical properties and should not be construed as specifications for the noted products.