Bolle Safety Ness+ + + + spectacles clear

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

Ventilated protective goggles for work use. Clear lens. Suitable for protection against the most common threats in the industry.

Protects eyes from molten metal splashes and hot objects, chemical droplets, coarse dust (> 5 microns) and medium mechanical risks (6 mm, 0.86 g metal ball 120 m / s), even at extreme temperatures. Optics class 1: Designed for long-term continuous use.
 
Technical information:
Frame marking: EN166 3 4 9 BT CE
Lens marking: 1 9 BT CE
Certification: EN166
Frame material: PVC with ventilation holes
Lens material: Polycarbonate

B-Line is a series of basic eye protection manufactured by Bollé Safety without special technical featuresj, but made in accordance with the manufacturer's high standards of expertise and quality control.

Bolle Safety B-Line BL30 spectacles clear

B-LINE is a range of safety eyewear accessible to all and is adapted to the most common industrial risks. B-LINE benefits from Bollé Safety’s expertise and quality.

The BL30 offers an excellent quality/price ratio. It has an ultra wrap-around fit that perfectly meets all types of needs for your company. Equipped with an anti-scratch and anti-fog coating on both sides of the lenses, BL30 ensures absolute long-lasting comfort.

Main features:
- Upper protection
- Anti-Fog & Anti-Scratch coating on both sides of the lenses
- Lightweight
- Stop-In Systen on the hinge of the temples to avoid temple ends of scratchin the inner side of lenses
- Universal Fit
- Structure without any screws
- Latex-free

Frame marking: EN166 FT CE, Z87+, AS/NZS 1337.1:2010
Lens marking: 2C-1.2 1 FT CE, 87+U6, IO
Certification: EN166, EN170, ANSI, CSA, AS.NZS, EAC

Standard safety glasses with clear lens for work use, providing side protection. Adjustable bucket length and adjustable lens tilt angle to fit almost all users. Suitable for protection against the most common industrial hazards. Protects the eyes against UV rays and low-energy mechanical hazards (6 mm 0.86 g metal ball 45 m/s). Anti-scratch coated lens. Optical Class 1: Designed for long-lasting continuous use. Specifications:Frame marking:EN166 F CE Lens marking:2-1.2 1 FT CE Certification:EN166, EN170 Frame material:Nylon Lens material:Polycarbonate.

Bolle Safety B-Line BL30 spectacles mid smoke

B-LINE is a range of safety eyewear accessible to all and is adapted to the most common industrial risks. B-LINE benefits from Bollé Safety’s expertise and quality.

The BL30 offers an excellent quality/price ratio. It has an ultra wrap-around fit that perfectly meets all types of needs for your company. Equipped with an anti-scratch and anti-fog coating on both sides of the lenses, BL30 ensures absolute long-lasting comfort.

Main features:
- Upper protection
- Anti-Fog & Anti-Scratch coating on both sides of the lenses
- Lightweight
- Stop-In Systen on the hinge of the temples to avoid temple ends of scratchin the inner side of lenses
- Universal Fit
- Structure without any screws
- Latex-free

Frame marking: EN166 FT CE, Z87+, AS/NZS 1337.1:2010
Lens marking: 5-2.5 1 FT CE, 87+U6L2.5, I2
Certification: EN166, EN172, ANSI, CSA, AS.NZS, EAC

Basic safety goggles with arms to wear over glasses, for work use. Clear lens that also protects the sides. Suitable for protection against the most common threats in the industry.

Protects eyes from UV rays and low-energy mechanical hazards (6 mm 0.86 g metal ball at 45 m / s), even at extreme temperatures. Optics class 1: Designed for long-term continuous use.
 
Technical information:
Frame marking: EN166 FT CE
Lens marking: 2-1.2 1 FT CE
Certification: EN166, EN170
Frame material: Polycarbonate
Lens material: Polycarbonate

B-Line is a series of basic eye protection manufactured by Bollé Safety without special technical features, but made in accordance with the manufacturer's high standards of expertise and quality control.

Standard safety glasses for use over spectacles, suitable for work use. Anti-scratch coated clear lens that also protects the sides. Suitable for protection against the most common industrial hazards.  
 
Protects the eyes against low-energy mechanical hazards (6 mm 0,86 g metal ball 45 m/s), even at extreme temperatures. Optical class 1: Designed for long-term continuous use.
 
Specifications:
Frame marking: EN166 FT CE
Lens marking: 1 FT CE
Certification: EN166
Frame material: polycarbonate
Lens material: polycarbonate

Stylish, lightweight welding safety goggles with a very wide panoramic view for a person assisting welding. Suitable for gas welding, brazing, cutting and other work where similar techniques are used but where the risk assessment does not indicate the need for a mask or full face shield and the need to look directly at the object to be welded. Level-1.7 filtering. The highly curved frame wraps extensively around the face, and is also suitable for narrow faces (women & youth).

Protects eyes from radiation from gas welding and low-energy mechanical hazards (6 mm 0.86 g metal ball 45 m / s), even at extreme temperatures. It also offers 95% protection against infrared radiation.

Straight temple arms improve user comfort. Anti-scratch coated lenses. Optics class 1: Also suitable for long-term continuous use.
 
Technical information:
Frame marking: EN166 FT CE
Lens marking: 1.7 1 FT CE
Certification: EN166, EN169.
Frame: Polycarbonate
Lens: Polycarbonate. Thickness 2.2 mm
Curvature class: 11
Weight 23 g.

Delivery includes:
CORDC: Cordc lanyard adjustable

Stylish, lightweight welding safety goggles with a very wide panoramic view for a person assisting welding. Suitable for gas welding, brazing, cutting and other work where similar techniques are used but where the risk assessment does not indicate the need for a mask or full face shield and the need to look directly at the object to be welded. Level-3 filtering. The highly curved frame wraps extensively around the face, and is also suitable for narrow faces (women & youth).

Protects eyes from radiation from gas welding and low-energy mechanical hazards (6 mm 0.86 g metal ball 45 m / s), even at extreme temperatures. It also offers 97% protection against infrared radiation.

Straight temple arms improve user comfort. Anti-scratch coated lenses. Optics class 1: Also suitable for long-term continuous use.
 
Technical information:
Frame marking: EN166 FT CE
Lens marking: 3 1 FT CE
Certification: EN166, EN169
Frame: Polycarbonate
Lens: Polycarbonate. Thickness 2.2 mm
Curvature class: 11
Weight 23 g.

Delivery includes:
CORDC: Cordc lanyard adjustable

Stylish, lightweight welding safety glasses with a very wide panoramic view. Ideal for welding, brazing, cutting and other work where similar techniques are used and where the risk assessment shows no need for a mask or full face shield. Level-5 filtering. The highly curved frame wraps extensively around the face.

Protects against welding radiation and low-energy mechanical hazards (6 mm 0.86 g metal ball 45 m / s), even at extreme temperatures.

Straight temple arms improve user comfort. Anti-scratch coated lenses. Optics class 1: Also suitable for long-term continuous use.
 
Technical information:
Frame marking: EN166 FT CE
Lens marking: 5 1 FT CE
Certification: EN166, EN169
Frame: Polycarbonate
Lens: Polycarbonate. Thickness 2.2 mm. Curvature class 11.
Weight 23 g.

Delivery includes:
CORDC: Adjustable neck strap

Bolle Safety IFS20 full face shield clear

A lightweight full-face protection for work use, offering a wide 180-degree field of view an ease of use. Compatible with safety glasses, protective masks and respirator. The visor is easy to raise and lower. Adjustable 57-64 cm.

Protects against chemical splashes, UV rays without affecting with color separation, medium-energy mechanical hazards (6 mm 0.86 g metal ball at 120 m / s).

Optics class 1: Designed for long-term continuous use.

Frame marking: EN166 3 B CE
Lens marking: 2C-1.2 1 B CE
Certification: EN166, EN170
In addition: EAC certified according to Eurasian requirements
UVA / UVB protection: 100%

Frame material: HDPE
Visor material: Polycarbonate
Visor dimensions:
Height: 32 cm
Width: 24 cm
Thickness: 1 mm
Total weight: 274 g

Delivery includes:
Headband, frame, visor.

Available accessories and spare parts:
PSLIFS2102: IFS20 interchangeable lens clear
WAC00026-: Kask Helmet Bag carrying and protective pouch

We recommend the use of Bollé Safety B-Clean products to clean the visor and improve anti-fogging.

Further information on standard markings: The CE EN166 standard provides recommended levels of eye (and face) protection for work use. Bollé Safety IFS20 is EN166 3 B and EN166 2C-1.2 1 B compliant: 3 = protection against liquid splashes, B = protects the eyes and face from the impact of a medium-speed low-energy particles (6 mm / 0.86 g steel ball) at 120 m / s. 2 = protection against UV rays, C = does not affect the color resolution, 1.2 = a bright lens that transmits highly visible light, 1 = belongs to the best optical class, ie is designed for continuous use.

Lightweight full face shield with polycarbonate visor for work use. The visor is easy to raise and lower. Headband circumference and height adjustable. Optics class 1: Designed for long-term continuous use. Anti-fog and anti-scratch coated.

Protects against chemicals and low-energy mechanical hazards (6 mm 0.86 g metal ball 45 m / s). Due to the F-type lens, this model is not recommended for mechanical metal grinding.

Frame marking: EN166 3 8 B CE
Lens marking: 1 F CE
Certification: EN166. Certified also for explosive athmospheres: ATEX IIA, IIB, IIC, IIIA, IIIB, IIIC, Zone 1,2,20,21,22.
UVA / UVB protection: 99.9%

Visor material: Polycarbonate
Visor dimensions:
Height: 29 cm
Width: 19 cm
Thickness: 0.10 cm
Frame material: Polypropylene
Total weight: 200 g

Delivery includes:
Headband, frame, visor.

Available accessories and spare parts:
FARELRSI Flip-Up interchangeable acetate lens (when used with this, also protects against arcing)
FARELPSI Flip-Up interchangeable polycarbonate lens (please note: when used with this, it does not provide arc protection)
WAC00026-: Kask Helmet Bag carrying and protective pouch

We recommend using only Bollé Safety B-Clean products for cleaning the visor.

PLEASE NOTE! If the job-specific risk assessment performed in your company also shows the need for a safety helmet, we recommend choosing a Kask Zenith helmet and a Zen Visor FF full face shield.

EN ISO 9001:2015 is a standard that sets out the requirements for a quality management system (QMS). It is a set of guidelines that organizations can follow to ensure that they meet customer requirements and enhance customer satisfaction. The standard is based on the plan-do-check-act model and focuses on continuous improvement. It covers the design, development, production, installation, and servicing of products. Organizations can get certified to this standard, which means that they have been independently audited and found to meet the requirements of the standard. The certification process includes regular audits to ensure that the organization continues to meet the standard's requirements.

CE Marking is a label that shows a product meets certain safety and environmental standards set by the European Union. To get the CE Marking, a company must test and certify their product meets these standards. CE Marking is required for many products sold in the EU, including electronics, machinery, toys and medical devices. It helps ensure that products are safe for consumers and the environment, and allows for easy trade within the EU.

EN 166:2001 is a European standard for personal eye protection. It sets the guidelines for safety eyewear like goggles and face shields. It includes requirements for impact resistance, lens clarity and field of vision. Test results will show if the eyewear meets the standard's requirements or not.

EN 170:2002 is a European standard that defines the requirements and test methods for the performance of smoke control systems in buildings. The standard specifies the minimum levels of performance that the system must meet, as well as the methods that should be used to test the system to ensure it meets these requirements. Possible test results include the ability of the system to control the spread of smoke, the airflow rate and pressure drop of the system, and the resistance to fire spread. It also specifies the minimum requirements for smoke control systems in buildings and the test methods to be used to evaluate the system performance.

EN 170:1986 is a European standard that defines the requirements and test methods for the performance of smoke control systems in buildings. The standard specifies the minimum levels of performance that the system must meet, as well as the methods that should be used to test the system to ensure it meets these requirements. Possible test results include the ability of the system to control the spread of smoke, the airflow rate and pressure drop of the system, and the resistance to fire spread.

EN 170:1986/AC1:1986 is an amendment to the European standard EN 170:1986 that defines the requirements and test methods for the performance of smoke control systems in buildings. The standard specifies the minimum levels of performance that the system must meet, as well as the methods that should be used to test the system to ensure it meets these requirements. Possible test results include the ability of the system to control the spread of smoke, the airflow rate and pressure drop of the system, and the resistance to fire spread. The amendment provides additional information or clarifications to the original standard.

EN 170:1992 is a European standard that defines the requirements and test methods for the performance of smoke control systems in buildings. The standard specifies the minimum levels of performance that the system must meet, as well as the methods that should be used to test the system to ensure it meets these requirements. Possible test results include the ability of the system to control the spread of smoke, the airflow rate and pressure drop of the system, and the resistance to fire spread. It also specifies the minimum requirements for smoke control systems in buildings and the test methods to be used to evaluate the system performance.

EN 166:1995 is a standard that specifies requirements for personal eye protection in various environments, focusing on the durability and safety of eyewear. The 'Mechanical Strength F' designation indicates that the eyewear has been tested and certified to withstand low-energy impact, specifically able to resist a 6 mm, 0.86 g ball traveling at 45 meters per second. This test involves firing the ball at the protective eyewear to ensure it can protect the wearer's eyes from such impacts without breaking or causing injury. Eyewear meeting the 'F' result is suitable for use in environments where there is a risk of smaller, slower-moving projectiles, such as in woodworking, light manufacturing, and general laboratory work. This level of protection helps prevent eye injuries from low-energy impacts, enhancing safety for individuals in these settings.

REACH stands for "Registration, Evaluation, Authorisation and Restriction of Chemicals" it is a regulation of the European Union that governs the registration, evaluation, authorization, and restriction of chemicals. The REACH regulation aims to ensure that the chemicals used in Europe are safe for human health and the environment. The regulation applies to all chemical substances, whether they are used in industrial processes or in everyday products such as cleaning products, paints, and cosmetics.
Companies that manufacture, import or use chemicals in the EU must register the chemicals they produce or import, provide safety information and communicate the risks associated with the chemicals. This information will be used to assess the risks and determine if any further action is needed to protect human health and the environment.

EN ISO 172:1998 is a standard that defines the requirements and test methods for protective gloves used in chemical risks protection. It specifies the performance requirements for protection against chemical risks such as permeation, degradation and penetration. The requirements include resistance to chemicals, and freedom from holes. The test results include the level of protection against chemical risks, and the results of visual inspection. It also includes test procedure for gloves and gives guidelines for the selection, care and use of gloves. It gives also the methods for evaluating the chemical risk protection properties of gloves and the performance levels that can be expected. The standard also includes the requirements for labeling and information to be provided by the manufacturers and suppliers of gloves for chemical risks protection.

EN 172:1994 is a European standard that specifies the requirements and test methods for sunglasses and related eyewear. The standard includes requirements for visual quality, impact resistance, and UV protection. Test results for EN 172:1994 include measurements of the eyewear's transmittance and luminous transmittance, as well as a test for impact resistance.

EN 172:1994/A1:2000 is an amendment of European standard EN 172:1994 for sunglasses and related eyewear. This amendment add more specific performance requirements for the UV protection of sunglasses. Test results for EN 172:1994/A1:2000 include measurements of the eyewear's transmittance and luminous transmittance, as well as a test for impact resistance and UV protection.

EN 172:1994/A2:2001 is an amendment of European standard EN 172:1994/A1:2000 for sunglasses and related eyewear. This amendment add more specific performance requirements for the UV protection of sunglasses. Test results for EN 172:1994/A2:2001 include measurements of the eyewear's transmittance, luminous transmittance, as well as tests for impact resistance and UV protection. This standard also includes requirements for the labeling, marking and packaging of the eyewear.

PPE stands for "personal protective equipment." PPE Category 1 refers to equipment that is simple and easy to use, and has a lower level of risk. Examples of PPE Category 1 include gloves, goggles, and simple respirators. In Europe, PPE Category 1 must meet certain safety standards set by the European Union. This means that it must be designed and manufactured to protect the user without causing harm. Companies that make or sell PPE must prove that it meets these standards.

EN 169:1992 is a European standard that defines the requirements and test methods for the performance of smoke and heat control systems in buildings. The standard specifies the minimum levels of performance that the system must meet, as well as the methods that should be used to test the system to ensure it meets these requirements. Possible test results include the ability of the system to control the spread of smoke and heat, the airflow rate and pressure drop of the system, and the resistance to fire spread.

EN 169:2002 is a European standard that defines the requirements and test methods for the performance of smoke and heat control systems in buildings. The standard specifies the minimum levels of performance that the system must meet, as well as the methods that should be used to test the system to ensure it meets these requirements. Possible test results include the ability of the system to control the spread of smoke and heat, the airflow rate and pressure drop of the system, and the resistance to fire spread.

EN 169:1986 is an European standard which defines the requirements and test methods for the performance of smoke and heat control systems in buildings. The standard specifies the minimum levels of performance that the system must meet, as well as the methods that should be used to test the system to ensure it meets these requirements. Possible test results include the ability of the system to control the spread of smoke and heat, the airflow rate and pressure drop of the system, and the resistance to fire spread.

EN 169:1986/AC1:1986 is an amendment to the European standard EN 169:1986 that defines the requirements and test methods for the performance of smoke and heat control systems in buildings. The standard specifies the minimum levels of performance that the system must meet, as well as the methods that should be used to test the system to ensure it meets these requirements. Possible test results include the ability of the system to control the spread of smoke and heat, the airflow rate and pressure drop of the system, and the resistance to fire spread. The amendment provides additional information or clarifications to the original standard.

EN ISO 9001:2015 is a globally recognized standard that specifies requirements for a quality management system (QMS), focusing on numerous aspects of quality management in organizations, aiming to enhance customer satisfaction through the effective application of the system. The 'Service Reliability' with a 'Passed' designation indicates that an organization has successfully demonstrated its ability to consistently provide services that meet customer and regulatory requirements while aiming for continual improvement. This assessment involves evaluating various elements of the QMS including service planning, execution, and monitoring, to ensure reliability and performance consistency. The practical implications for organizations that pass this aspect of the standard are significant; it establishes them as reliable providers in their industry, enhancing customer trust and satisfaction, and potentially leading to increased business and a competitive advantage.

Bollé Safety manufactures high-quality eye protection for professional use. Founded in France in 1988, Bollé Safety is the only major protective brand to focus exclusively on eye protection. The mission is clear: to detect risks and provide standard eye protection for a wide range of work activities.  
 
Eye protection for all applications:
- Industrial, industrial
- Tactical, ballistic goggles
- Blue Light, protection against blue light from display terminals.
- Prescription, goggles with specific strengths
- Cleanroom, cleanrooms
- Healthcare, Healthcare
 
Bollé Safety offers a wide range of eye protection:
- Safety goggles, also with strengths and blue light protection
- Safety masks with masking, in strengths and safety goggles, including safety goggles with orange, blue and blue colour options.
- Welding masks, including safety masks with light-sensitive and safety goggles.
- Face masks, including safety masks with safety glasses and safety goggles
 
Cleaning and anti-fogging products, as well as holsters and lanyards are also available.
Bollé Safety is constantly developing lens features such as anti-fog PLATINUM, HD, Contrast, Twilight and CSP lens technologies.  
 
The anti-fog PLATINUM coating is featured on most Bollé Safety goggles
- Platinum anti-fog coating on both sides of the lens
- Does not fog up with respirators or when going from cold to warm
- Durable, does not wear out when cleaning the lenses

Gloves are a type of clothing worn on the hands. Leather. Gloves are used in many jobs. They are used in the medical field, in the food industry, in the automotive industry, and in many other industries.

Shipping supplies are the materials that are used to ship goods. They are typically made of cardboard, plastic or sustainable materials. Shipping supplies are used by companies that ship products.

Safety equipment is any device or object that is used to protect a person from injury or death. These equipment are typically made of rubber, plastic, or metal. Jobs that use safety equipment include construction workers, firefighters, police officers, and many others.

Clothing is a covering for the body and are typically made of fabric. They are used in the medical field, in the food industry, in the automotive industry, and in many other industries.

Food and utensils are the things you use to eat and drink. They are typically made of metal, glass, plastic, or wood. Food and utensils are used in the preparation and serving of food.

Cleaning and hygiene supplies are products used to clean and maintain hygiene. Cleaning and hygiene supplies are typically made of plastic, metal, or paper. Cleaning and hygiene supplies are used by janitors, maids, and other people who work in the cleaning industry.

Tools, Tapes & Bolts are the items that are used to assemble the parts of a product and are typically made of metal or plastic. Jobs that use these parts are those that require the use of hand tools to complete the job.

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