Tie Down's Crossover Toeboards offer a sophisticated alternative to the traditional use of 2x4s in our Crossover system, providing not only a cleaner aesthetic but also compliance with OSHA's toeboard standards. Engineered to sustain up to a 50 lb. load, these toeboards prioritize safety while enhancing the visual appeal of elevated workspaces. With two size options available—4 ft. - 7.5 ft. and 5.5 ft. - 9.75 ft.—users can choose the appropriate length for their specific requirements. Additionally, the toeboards come in either pre-galvanized or safety yellow powder-coat finishes, offering durability and corrosion resistance. Designed to replace 2x4s for a streamlined appearance, these Crossover Toeboards are available in two weight variants: 15 lbs. (73067) and 11 lbs. (73068), providing a versatile and reliable solution for elevated work platforms.
- [ELEVATED AESTHETICS AND COMPLIANCE] Tie Down's Crossover Toeboards offer a sophisticated alternative to traditional 2x4s in the Crossover system, providing not only a cleaner aesthetic but also ensuring compliance with OSHA's toeboard standards.
- [ENHANCED SAFETY STANDARDS] Engineered to sustain up to a 50 lb. load, these toeboards prioritize safety, offering robust protection against falling objects and contributing to a secure work environment at elevated heights.
- [VERSATILE SIZE OPTIONS] With two size options available—4 ft. - 7.5 ft. and 5.5 ft. - 9.75 ft.—users can choose the ideal length for their specific project requirements. This versatility ensures a tailored solution for various elevated workspaces.
- [DURABLE FINISH CHOICES] The Crossover Toeboards come in either pre-galvanized or safety yellow powder-coat finishes, providing options for durability and corrosion resistance. This ensures a long-lasting and resilient solution for diverse work environments.
- [WEIGHT VARIANTS FOR FLEXIBILITY] Available in two weight variants—15 lbs. (73067) and 11 lbs. (73068)—users have the flexibility to choose the toeboard that aligns with their specific needs. This adaptability makes them suitable for various applications.
