Botas de seguridad Chelsea con puntera compuesta ASTM y CSA para mujer - Estilo 666

MooseLog is a Toronto-based safety footwear company focused solely on CSA and ASTM certified boots for North American tradesmen. Everything we make is shaped around the demands of the trade. Strong protection, all-day comfort, and reliable grip.

Each pair meets strict standards for impact, compression, electrical hazard, and puncture resistance. Features like the BigZone™ composite toe, Dyna-Flex® puncture plate, and SafeTread™ slip-resistant outsole are jobsite tested by local tradesmen.

CSA approved work boots meet the Canadian Standards Association (CSA Z195-14) requirements for workplace safety. To earn CSA approval, a boot must pass lab tests for impact resistance, compression strength, and puncture protection. The green triangle on the label identifies boots that meet Grade 1 safety standards, the highest level recognized for industrial use in Canada.

ASTM stands for the American Society for Testing and Materials. The standard ASTM F2413-24 sets the safety requirements for toe impact, compression, electrical hazard protection, and puncture resistance. Work boots that meet this standard are recognized by U.S. job sites and OSHA regulations.

OSHA (Occupational Safety and Health Administration) requires workers to wear protective footwear when exposed to hazards like heavy objects, sharp materials, or live electricity. Acceptable safety footwear must comply with ASTM F2413 standards, covering impact, compression, puncture, and electrical protection.

An alternative to the traditional steel toe boot, composite toe boots use non-metal materials such as fibreglass, carbon fibre, or Kevlar to protect the toes from impact and compression. They meet the same safety standards while remaining lighter, non-conductive, and temperature neutral, making them suitable for electrical work or cold environments.

Steel toes are metal, super tough, and often cheaper but heavy, conduct heat/cold/electricity.

Composite toes use lightweight, non-metal materials like fiberglass, meeting the same CSA and ASTM safety standards (impact, compression). They’re lighter (less leg fatigue), don’t conduct electricity (safer for electricians), and metal-detector-friendly.

The green triangle is a CSA safety mark that tells you the boot meets Grade 1 protection, the highest level for impact and puncture resistance in Canada. It means the toe cap has passed a 125 joule impact test and the sole includes a puncture-resistant plate tested to 1,200 newtons to protect against nails or sharp objects.

Yes. Comfort depends on design, materials, and how weight is distributed through the midsole and insole.
Safety boots like ours use polyurethane midsoles for shock absorption and high-rebound insoles to reduce pressure under the heel and forefoot. A proper fit, breathable lining, and flexible outsole make long shifts easier on the feet without reducing protection.

Yes. Composite toe boots reduce fatigue because they’re lighter than steel and non-conductive to heat or cold.
Weight reduction lowers strain on the legs, knees, and lower back during long shifts. When paired with a supportive insole and shock-absorbing midsole, they provide consistent comfort for workers who stand or walk for extended hours.