Brady Safety Padlock - Stainless Steel Shackle

• Featuring a heavy-duty stainless steel shackle, these padlocks are ideal for lockout applications where extreme moisture resistance is required.
• The Brady Safety Plus Lockout Padlock with Stainless Steel Shackle keeps workers safe and equipment free from damage.
• The rugged design meets OH&S lockout requirements and is well suited for harsh industrial environments such as electrical, marine, mining, manufacturing, and construction.
• Lightweight construction and resist impact, extreme temperatures, chemicals, and corrosion.
• The non-conductive, spark-resistant body enhances safety in a variety of lockout applications.
• Featuring a premium grade 316 stainless steel shackle that provides maximum corrosion resistance.
• The stainless steel safety padlocks are ideal for the outdoors and marine environments.
• Each padlock comes with 2 keys and padlock labels.

About the Shackle

Steel Shackle

• Higher durability and tensile strength.
• Endure high temperature and corrosive elements.
• Temperature resistance range -from 20¬∞C to 120¬∞C.

Stainless Steel

• Highly corrosive resistant 304 Stainless Steel.
• Ideal to be used in marine and outdoor environments where there is high moisture and salt content.
• Temperature resistance range -from 20¬∞C to 120¬∞C.

Nylon

• Made from Polyamide-Nylon 66
• Non-sparking and non-conductive
• Prevents electrocution and prevents electrical currents from traveling to the key.
• Superior corrosion and chemical resistance.
• Ideal for lockout procedures in highly sensitive environments such as hospitals, electrical, and mining.
• Temperature resistance range -from 20¬∞C to 120¬∞C.
• Lower tensile strength than the metal shackles

Aluminium

• Anodised Aluminium.
• Nearly as strong and durable as steel.
• Resistant to ultraviolet rays and other chemicals.
• Resistant to high temperatures.
• Anodising cannot peel or chip.
• The coating is part of the metal.
• The anodic layer is non-conductive.
• Anodised aluminium is most suitable for the food and beverage industry.
• Anodising is one of the more environmentally friendly metal finishing processes.
• Temperature resistance range -from 20¬∞C to 120¬∞C.