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Used as a protective sheet against electrical arcs or flashes in welding stations and electronic assembly lines. Supplied with a storage bag and tie straps
Includes blanket canister & clamp pins, magnetic blanket buttons and storage bags & containers made of fibreglass reinforced nylon, PE & PVC for insulation. Hi-impact PE canisters with tight-fitting caps protect insulating blankets and MB6 buttons used in eyelets of blankets cover energised portions
Includes external rod clamps, hot switch & static discharge sticks and rescue hooks compliant w/ ASTM standards, made of fibreglass w/ EZ grip. Discharge sticks w/ copper U hook for removing static charge after de-energising & switch sticks w/ bronze head for relocating physical disconnect switches
Includes 4-way grounding sets to create a common connection b/w conductor leads & ground lead, and single grounding assemblies for temporary grounding. Grounding clamps made of high-density aluminium & copper to install / remove a connection and strain relief sleeves to prevent strand damage to cables
ASTM D1050 compliant, orange line hoses made of Type II SALCOR synthetic rubber for insulating energised conductors. Feature RIB-GRIP construction allowing safe connections using connector-end / straight-end style for continuous operation. Self-locking lip prevents removal of line hose from conductor
Highly puncture, tear, flame, oil & ozone resistant, Type II rubber blankets meeting ASTM F2320 standards. Flexible & custom-cut to fit work area and protect workers from low voltage electrical hazards
H1 harnesses to securely hold rubber-insulated lineman sleeves in place. Supplied with four B2 buttons and two straps
Used for providing overall protection against arc flash conditions; comprise a coverall, face shield, flash hood and safety glasses
Over the head, arc flash hoods (balaclava) provide 360 deg head & neck protection when used with AS1000 Series face-shields. Made of 2-layer knit material (20% Nomex & 80% Lenzing FR) with an elastic face opening. Available in ATPV (Arc Thermal Performance Value) ratings of 10 & 20 cal/sq.cm
Meeting ASTM F2320 standards, high strength TYPE II rubber aprons provide insulation from low voltage electrical hazards. Equipped with Nomex webbed bib & waist straps with non-metallic buckles. 32 inch width for efficient wraparound. Unique colours (yellow / orange / brown) to provide high visibility
Includes electrical arc flash protective chin cups & dielectric hard hat brackets. Comply with ASTM F2178 and NFPA standards. Chin cups sit balanced on the chin & can be placed on top of the hat when not needed. Brackets compatible w/ AS1000 Series lenses fit slotted front brim hard hats
Dielectric faceshield assemblies comply with ANSI Z87.1 & ASTM F2178 specifications for arc flash protection. Include ventilation ribs for natural convection air flow through the top of hat for reducing fogging & lowering CO2 levels. Equipped w/ elastomeric bands to secure the bracket on the brim of hard hats
Weight-balancing arc-flash faceshield visors designed to protect faces and eyes from injuries. Feature anti-fog coating & extra light tint for improved visibility. Absorb 99.9% of harmful UV radiation.Have an ATPV (Arc Thermal Performance Value) rating of 12 cal/sq.cm
High-quality glove protectors and inflator kits to extend glove life by protecting them from cuts, abrasions and punctures. Available in different lengths, sizes and materials
Rubber insulating gloves, leather protectors, kits and accessories to protect utility and construction workers from electric shock and sparks. Offer high dexterity, flexibility and comfort along with great safety
Faceshield systems featuring hard hats with slots for cap-mounted earmuffs, face shields & other PPE accessories. Equipped with ergonomic headbands for adjustment to multiple sizes and replaceable cradles for improved fit. Easily removable & washable moisture-wicking sweatbands
Flame resistant, grey hair & beard nets made of washable, 1.7 oz/sq.yd woven Nomex fabric meeting ASTM F1506 standards for added protection to workers. Have an ATPV (Arc Thermal Performance Value) rating of 2.4 cal/sq.cm
Waterproof dielectric overshoes made from ozone-resistant rubber with nylon lining and non-skid outsole. Provide protection against electrical hazards and extra safety while climbing ladders and poles
1/4 inch thick, corrugated, Type II material matting placed in front of high voltage apparatus for personnel protection. Meets ASTM D178 standards and uses a maximum voltage of 17000V. Available in lengths up to 9 feet & widths up to 30 feet
Salisbury offers a complete line of personal electrical safety products to protect workers from electric shocks, sparks and electrocution. The company's product catalogue includes protective clothing, blankets, boots, gloves, face shields, lenses, insulated tools, kits and accessories. Salisbury electrical gloves offer great flexibility and are widely used for protection against electric shocks and sparks, ensuring high dexterity, flexibility & comfort for worker's hands. These insulated rubber gloves of varying sizes come in bright colours for easy inspection of cuts / tears once the gloves are inflated or stretched. Salisbury grounding equipment adheres to ASTM F855 requirements and protects the electrical line workers & equipment from shocks by grounding them. The brand also supplies electrical sticks & rescue hooks for removing / reconnecting a cable from its connection and rescuing injured workers out of a hazardous area, respectively.
PrismShield Plus face shields & shroud units protect workers from blast and heat release during an arc flash accident. They feature a double-curved lens to provide clear vision for workers by reducing...Read more
Pro-Wear Plus arc flash garments are designed to be lightweight, comfortable and durable. They generally come in a kit containing an arc flash coat, bib overalls, hood (face shield & shroud), hard hat...Read more
These combination work and dielectric boots provide primary protection against electric shocks (tested up to 20kV). They offer excellent traction & slip-resistance over rugged terrains while ensuring ...Read more
RFID technology on selected Salisbury products allows easy, real-time tracking of the product using Honeywell software solutions. Users can efficiently check whether the workers are equipped with the right PPE in real-time for safely doing their jobs.
Arc Thermal Protective Value (ATPV) indicates the maximum incident energy (in calories per square centimetre) that protective equipment can handle before risking a second-degree burn or greater injury.
Arc flash is a dangerous condition produced by the massive energy release due to an electrical arc. Electrical arcs can generate due to conditions like electrical circuit failure or breakdowns, overload and accidental current contacts. These explosive conditions generate temperatures up to 35,000 degrees F to melt the copper line and rapidly expand the arc area from the source. Workers in the vicinity are at serious risk of injury or death because of factors, such as superheated plasma, the molten copper, fragments of damaged equipment and the overall arc spreading force / speed. The effects of an arc flash can be prevented if workers are properly protected.
Salisbury Electrical manufactures protective equipment & gear for electrical workers serving in the electrical & utility industries.
All Salisbury tools and products, including switchboard mats, grounding equipment, rescue tools & voltage detectors are NFPA 70E, ASTM and OSHA certified for user safety & superior performance.
Salisbury Electrical gloves are generally made of rubber, leather and other materials for electrical insulation & protection, even in wet conditions.
Yes, Salisbury Electrical gloves are compatible with other personal protective equipment for complete electrical protection.
Salisbury Electrical gloves should be stored in a cool, dry place away from direct sunlight and other sources of heat & ozone. Users should inspect the gloves before each use and replace them if they show signs of wear or damage.
Salisbury Electrical gloves should be cleaned using a mild soap & water solution and then air dried. Users should avoid using solvents or harsh chemicals that may damage the gloves.
