Product description

Safety spectacles with clear PLATINUM-coated lenses providing very wide panoramic view. Designed for work use. Stylish bi-material temples. Non-slip nose pad. Strongly curved frame fits also narrow faces.

Protects eyes from UV-rays without interfering colour perception, from low energy impact 6 mm 0,86 g steel ball 45 m/s), also in extreme temperatures.

Anti-scratch and anti-fog coated high grade polycarbonate lenses where the coating significantly exceeds the requirements of class N and class K test methods. Optical class 1: Designed for full day use.

PLATINUM-coating benefits:

- High resistance to fogging to offer excellent visibility in changing conditions

- High resistance to mechanical abrasion and scratches (1.4 cd/m2)

- Permanently on both sides of lenses

- Wash resistant (cleaning with water & soap -combination or Bollé Safety B-Clean maintenance products)

- Improves work efficiency, safety, reliability and user experience

- Recommended choice for multi-purpose use and hot and moist conditions and in circumstances where is sweating

Technical specification:

Frame Marking: EN166 FT CE

Lens Marking: 2C-1,2 1 FT KN CE

Certification: EN166, EN170, EAC. Certified also for explosive athmospheres: ATEX IIA, IIB, IIC, IIIA, IIIB, IIIC, Zone 1,2,20,21,22.

Polycarbonate Lens Thickness: 2,2 mm

Curve: 10

UVA/UVB protection: 99,99 %

Temple material: Polycarbonate/TPR (Thermo Plastic Rubber)

Weight: 28 g

• Arm Material · Thermo plastic rubber (TPR)

  Arm material refers to the type of material used to make the arms of a product, such as a chair, a pair of glasses, or a watch. Common arm materials include metal, plastic, and wood. The requirement of arm material can vary depending on the product, but generally it should be durable, comfortable, and safe to use.

• Frame Material · Polycarbonate, Thermo plastic rubber (TPR)

• Lens Material · Polycarbonate

  Lens material refers to the material that lenses are made of. The requirements for lens material can vary depending on the intended use of the device and personal preference. Some common lens materials include glass, plastic, and polycarbonate. Glass lenses are heavy and fragile, but they offer the best optics and scratch resistance. Plastic lenses are lightweight and less fragile, but they are not as scratch resistant. Polycarbonate lenses are lightweight, durable and impact resistant, making them a popular choice for sports and safety eyewear. The requirements for lens material will depend on the use of the device and the level of durability, scratch resistance, and impact resistance required.

• Optics · 1

  Optics is the branch of physics that studies the properties and behavior of light. It deals with the design, construction and operation of devices such as lenses, mirrors, and prisms that manipulate light. The requirements of optics can vary depending on the device and application. Generally, they should be able to transmit, focus, or reflect light with high precision and efficiency, and may also need to be durable, lightweight and easy to use.

• Thickness · 2,2 m

  Thickness refers to the distance between two surfaces or the measurement of how deep or wide something is. Requirements for thickness can vary depending on the context, such as in manufacturing, construction, or engineering. For example, a sheet of metal may have a minimum thickness requirement for structural strength, or a layer of paint may have a maximum thickness requirement for proper application.

• Weight · 28 kg

  Weight is a measure of the force exerted on an object due to gravity. The weight of an object is determined by its mass and the acceleration due to gravity. The unit of weight is typically measured in pounds or kilograms. The requirements for weight can vary depending on the intended use of the object or material, but generally, it should be appropriate for the intended purpose and safe to handle. For example, a weight of a car part should be light enough to not affect the car's performance but strong enough to withstand the forces acting on it, and a weight of a packaging material should be able to hold the weight of the contents without breaking. Additionally, certain professions such as weightlifting, aviation or transportation have specific weight requirements to ensure safety and efficiency.

• Frame Style · Flexible

  Frame style refers to the design and shape of the frame of a product. For example, the frame style of a bicycle, a pair of eyeglasses or a picture frame. It can include elements such as colors, images, text and branding. The requirement of frame style can vary depending on the product and personal preference, but generally it should be visually appealing, comfortable to use and fit the intended purpose.

• Color · Black, Orange

• Lens Color · Transparent

  Lens color refers to the color of the lens on a device such as glasses, goggles, camera or binoculars. The requirements for lens color can vary depending on the intended use of the device and personal preference. Different lens colors can provide different visual effects, for example, yellow lenses can enhance contrast in low light, while blue lenses can reduce glare and improve color perception. Some lens colors are also designed to protect the eyes from harmful UV radiation. The requirements for lens color will depend on the use of the device and the environment in which it will be used.

• Slip Resistant
• UV Protective
• Eye Protection

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