SAFETY BOOT OAK VELCRO BLACK S3

The Safety Boot Black Velcro Oak S3 is designed for men and women. designed to meet the highest standards of safety and comfort. This boot fully complies with S3+CI+SRC regulations (EN ISO 20345:2011) and EU directive 89/686/CE, guaranteeing exceptional protection in various work environments.< /p>

Its ergonomic design ensures a perfect fit, adapting to the morphology of the worker's foot. In addition, it provides impact resistance of up to 200 joules, protecting feet from falling objects.

It offers excellentresistance to hydrocarbons and has anti-slip capabilities to be able to walk safely on different surfaces.

Characteristics of the Oak Velcro S3 safety boot

• Ergonomics and adjustment to the user's morphology.
• Impact resistance (200 joules).
• Antistatic Footwear.
• Energy absorption in the heel.
• Resistance to puncture.
• Resistance to hydrocarbons.
• Resistance to slipping, absorption and penetration of water.
• Cold insulation.
• Resistance to non-extreme environmental factors, under foreseeable conditions of use.
• The constituent materials are adequate and do not affect the safety or health of the user.
• They do not cause risks or other nuisance factors under foreseeable conditions of use.
• The adjustment system cannot be accidentally loosened under foreseeable conditions of use.
• The shoes are ready. Designed to adapt to the natural perspiration of the foot and its absorption. Liners are designed to absorb sweat and perspiration.
• The model meets the specific requirements to offer adequate protection against anticipated risks and resist environmental factors under foreseeable conditions of use.
• With steel anti-perforation template; Designation code S3, complying with puncture resistance.
• Resistance to perforation of this shoe has been measured in the laboratory with a truncated nail of 4.5 mm in diameter, exerting a force of 1,100 N.
• S3+CI+SRC compliant (EN ISO 20345:2011).
• Directive 89/686/CE.
• EU Regulation 2016/425.

Description of components

• Black cowhide grain leather with a thickness of 2.0 – 2.2mm.
• Tear resistance: > 120 N.
• Tensile strength: > 20 N/mm2.
• Water vapor permeability: > 0.8mg/cm2h.
• Cr VI content: < 3ppm.
• pH: > 3.2.
• Water absorption: < 20% after 60 minutes.
• Step and penetration: < 0.2 gr in 60 minutes.
• Lining: Upper and Heel: in antiallergic polyamide-based material, with great resistance to abrasion, absorption and drying of perspiration.
• Tear strength: > 18 N.
• Abrasion resistance: > 51,200 dry and 25,600 wet cycles.
• Water vapor permeability: > 2mg/cm2h.
• Tongue: Extension of the instep.
• Padded neck with interior foam.
• Buttress non-woven fabric impregnated with resins.
• Inner insole made of foam material with textile support, ergonomic design according to biomechanical gait patterns.
• Low-density Antistatic Foamed Polyurethane Midsole with great capacity for damping. Provides thermal insulation.
• High density Antistatic Compact Polyurethane sole with anti-slip design.

Description of components

• Black cowhide grain leather with a thickness of 2.0 – 2.2mm.
• Tear resistance: > 120 N.
• Tensile strength: > 20 N/mm2.
• Water vapor permeability: > 0.8mg/cm2h.
• Cr VI content: < 3ppm.
• pH: > 3.2.
• Water absorption: < 20% after 60 minutes.
• Step and penetration: < 0.2 gr in 60 minutes.
• Lining: Upper and Heel: in antiallergic polyamide-based material, with great resistance to abrasion, absorption and drying of perspiration.
• Tear strength: > 18 N.
• Abrasion resistance: > 51,200 dry and 25,600 wet cycles.
• Water vapor permeability: > 2mg/cm2h.
• Tongue: Extension of the instep.
• Padded neck with interior foam.
• Buttress non-woven fabric impregnated with resins.
• Inner insole made of foam material with textile support, ergonomic design according to biomechanical gait patterns.
• Low-density Antistatic Foamed Polyurethane Midsole with great capacity for damping. Provides thermal insulation.
• High density Antistatic Compact Polyurethane sole with anti-slip design.

Risks to protect

• Falling objects or crushing the ball of the foot.
• Falls and impact on the heel of the foot.
• Slip falls.
• Gliding on wet or oily surfaces.
• Walking on pointed or sharp objects.
• Injuries to the fingers or deformities in the feet.
• Muscular fatigue caused by walking or standing.
• Works that cause vibrations.
• Blows to the ankle area: (Does not meet the requirements for AN).
• Possible ankle sprains or strains.
• Accumulation of electrostatic charges generated by the movement or leaks of low voltage machinery.
• Very extreme heat conditions with a high need for perspiration.
• Protection against dust or dirt.
• Water penetration through the instep due to sporadic or permanent exposure to moisture.

APPLICATIONS OF THE OAK VELCRO S3 SAFETY BOOT

• Industry and construction.
• Maintenance and welding.
• Outside and inside work.
• Warehouses.
• Transportation.
• Cleaning.