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Insulating Boots

Products Foot Protection

Insulating Boots

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Insulating Boots

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Item No.: CG-DBS4
Voltage grade : Test Voltage:30KV  ESR: 18KV
Feature: Lining Material – Comes with extra comfort and durability
Upper Construction – Waterproof (Electrically verified), Easy for cleaning Sole/Heel – Good abrasion resistant for extra durability
Steel Toe Cap – Epoxy coated toe caps for anti-corrosion
Steel Shank – Doubled ribbed ladder shank to improved midfoot stability and support
Chemical Resistance – Sole & Upper – Resistant towards strong acids and alkalis
Finishing – Lacquer coating for weather protection
Packing – Recyclable Polybag & 6 pairs in a carton
Standard: CE certification
EN ISO 20345: 2011 (SB E FO SRA)
EN 50321: 1999 Class 0
ASTM F1117-03 (min 20,000 VAC)
Application:  For working environment with high voltage hazards
Power stations operations
Substation (step-up/step-down/distribution) operations
Electrical hazards with wet condition / water exposure
High current leakage hazards
Electrical installations.


EURO 36 37 38 40 41 42 43 44 45 46 47 48 49 50
UK 3 4 5 6 7 8 9 10 11 12 13 14 15 16
US 4 5 6 7 8 9 10 11 12 13 14 15 16 17

Clothing used for protection in these scenarios is typically tested according to the BS EN ISO 11612 standard. This standard categorizes fabrics into three performance levels, which align with the aforementioned levels (Level 1, 2, and 3). The tables prov ... Clik for More

The main difference between FR (flame-resistant) and non-FR clothing is their ability to resist flames and thermal hazards. FR clothing is designed to self-extinguish when exposed to flames, preventing or limiting burn injuries. On the other hand, non-FR ... Clik for More

FR safety refers to the use of flame-resistant (FR) clothing and equipment to protect workers from fire and thermal hazards in the workplace. Both European and American standards have specific requirements and standards for FR safety.  ... Clik for More

The purpose of an arc flash study is to identify and evaluate the potential hazards associated with electrical arcs in a workplace, and to develop appropriate safety measures to protect workers from these hazards. The study is typically conducted by a qua ... Clik for More

An arc flash study is a comprehensive analysis of an electrical system to determine the potential hazards associated with electrical arcs and to establish appropriate safety procedures and personal protective equipment (PPE) requirements. ​​​​​​​An arc fl ... Clik for More

Once these factors are determined, the incident energy can be calculated using a variety of methods, including software programs, tables, and equations. The results of the incident energy calculation are then used to determine the appropriate level of PPE ... Clik for More

Incident energy is a measure of the thermal energy released during an arc flash event. It is the amount of energy per unit area that is generated by an electrical arc and is typically measured in calories per square centimeter (cal/cm2) or joules per squa ... Clik for More

Arc flash PPE (Personal Protective Equipment) levels and incident energy are both related to electrical safety in the workplace, but they refer to different asp ... Clik for More

Arc flash boundaries, on the other hand, refer to the distance from an arc flash hazard where a worker may be at risk of receiving a second-degree burn or worse if an arc flash incident were to occur. The arc flash boundary is established based on the pot ... Clik for More

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