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APOLLO

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Safety glass

  • Spectacles having clear Polycarbonate single lense glasses with direct saide ventilation
  • Clear polycarbonate single lens glasses
  • Direct side ventilation Lateral Protection
  • Arms with hole for neck cord

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APOLLO

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  • Product Features
  • Product Details
  • Tests
  • Reviews

ABOUT THE DESIGN

USEFUL IN THESE INDUSTRIES

Manufacturing

Chemical & Paint

Repairs & Maintanence

Construction & Civil

  • Key Features: • UV protective lenses cut down the chances of harm from sunlight. • Integrated polycarbonate nose piece makes the ease of use with safety helmets. • Flexible PVC frame increases comfortless. • Glasses having scratch resistance properties. • Appropriately positioned ventilation imparts ease of use.
  • Design: • Arms with hole for neck cord makes the model more approachable. • The particular design offers lateral protection.
  • Remarks: Clean transparent glasses offers a more clear vision.
  • Test Conducted:
  • • The optical tests detailed in EN 167 ensure that no form of protective eyewear will unacceptably distort or restrict the wearer’s vision, and include checking for spherical, astigmatic and prismatic refractive powers. Other test methods include assessment of light diffusion and variations in luminance transmittance.
  • • Transmittance of light is an important parameter. Measurements have shown that ordinary reading glasses with no protective properties may reduce the light reaching the eye by around 10 per cent and lightly tinted reading glasses can reduce light by 40 per cent. Protective eyewear can similarly reduce vision in low light conditions. The measuring equipment used provides a highly controlled beam of light that is collected by a detector. The detector is calibrated for 100 per cent transmittance with no ocular (the transparent glass or plastic component) in position. The ocular is then placed in front of the detector to interrupt the light beam and the reduced light collected is measured.
  • • Non-optical tests covered in EN 168 include a field of vision to ensure that frames do not unacceptably impede peripheral vision.
  • • Physical property tests ensure that the eyewear provides the mechanical protection claimed and remains fit for use after normal wear and tear.
  • • Safety eyewear is tested for resistance to ignition using a heated probe at 650ºC. A steel rod is heated to the required temperature and the heated end face is pressed onto all parts of the test sample except elastic headbands and textile edgings.
  • • As an absolute minimum for robustness, oculars must withstand a force of 100N (approximately 10kg) applied via a 122mm diameter steel ball, without breakage or excessive deflection. Where increased robustness is needed, the steel ball is projected to impact the defined points on the frame and oculars under high and low-temperature conditions (55ºC +/- 2ºC and -5ºC +/- 2ºC).
  • • Corrosion resistance tests involve immersing the sample in a solution of sodium chloride (salt) at both boiling point and room temperature. The sample is then dried off and checked visually 24 hours later for any corrosion. Other tests include assessing the usability of the eye protector after exposure to ultraviolet light originating from strong sunlight or welding arcs.

    • Product Features

    ABOUT THE DESIGN

    USEFUL IN THESE INDUSTRIES

    Manufacturing

    Chemical & Paint

    Repairs & Maintanence

    Construction & Civil

    Product Details

  • Key Features: • UV protective lenses cut down the chances of harm from sunlight. • Integrated polycarbonate nose piece makes the ease of use with safety helmets. • Flexible PVC frame increases comfortless. • Glasses having scratch resistance properties. • Appropriately positioned ventilation imparts ease of use.
  • Design: • Arms with hole for neck cord makes the model more approachable. • The particular design offers lateral protection.
  • Remarks: Clean transparent glasses offers a more clear vision.

    • Tests

  • Test Conducted:
  • • The optical tests detailed in EN 167 ensure that no form of protective eyewear will unacceptably distort or restrict the wearer’s vision, and include checking for spherical, astigmatic and prismatic refractive powers. Other test methods include assessment of light diffusion and variations in luminance transmittance.
  • • Transmittance of light is an important parameter. Measurements have shown that ordinary reading glasses with no protective properties may reduce the light reaching the eye by around 10 per cent and lightly tinted reading glasses can reduce light by 40 per cent. Protective eyewear can similarly reduce vision in low light conditions. The measuring equipment used provides a highly controlled beam of light that is collected by a detector. The detector is calibrated for 100 per cent transmittance with no ocular (the transparent glass or plastic component) in position. The ocular is then placed in front of the detector to interrupt the light beam and the reduced light collected is measured.
  • • Non-optical tests covered in EN 168 include a field of vision to ensure that frames do not unacceptably impede peripheral vision.
  • • Physical property tests ensure that the eyewear provides the mechanical protection claimed and remains fit for use after normal wear and tear.
  • • Safety eyewear is tested for resistance to ignition using a heated probe at 650ºC. A steel rod is heated to the required temperature and the heated end face is pressed onto all parts of the test sample except elastic headbands and textile edgings.
  • • As an absolute minimum for robustness, oculars must withstand a force of 100N (approximately 10kg) applied via a 122mm diameter steel ball, without breakage or excessive deflection. Where increased robustness is needed, the steel ball is projected to impact the defined points on the frame and oculars under high and low-temperature conditions (55ºC +/- 2ºC and -5ºC +/- 2ºC).
  • • Corrosion resistance tests involve immersing the sample in a solution of sodium chloride (salt) at both boiling point and room temperature. The sample is then dried off and checked visually 24 hours later for any corrosion. Other tests include assessing the usability of the eye protector after exposure to ultraviolet light originating from strong sunlight or welding arcs.

    • Reviews

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