WORLDHOISTS explosion proof hoist?is?purpose-built to?deliver safe and reliable lifting operations in hazardous industrial environments. Designed with advanced explosion protection technology and manufactured to international standards, these industrial hoists?deliver continuous, fault-free operation?in demanding applications such as oil, gas, and petrochemical facilities.
International Compliance:
The explosion proof hoist?meets major explosion-proof standards, including EN50014–EN50020, IEC60079, and GB3836.
Explosion-Proof Ratings:
The explosion?proof?hoist?available from Ex d e IIB T4 (standard) to Ex d e IIC T4 (optional), ensuring suitability for Zone 1 and Zone 2 hazardous areas.
Dual Protection Design:
The flameproof hoist?features flameproof (d) and increased safety (e) structures including copper-plated hooks and fully sealed motors?to prevent ignition in explosive gas atmospheres, eliminating?spark generation and ensuring?maximum operational safety.
Real-Time Monitoring System:
The industrial hoist?features real-time monitoring, which continuously tracks overloads, motor start counts, and brake wear for predictive maintenance and reduced downtime.
As a top crane hoist supplier?with over 25 years of industry experience, WORLDHOISTS promises that our explosion?proof hoist?delivers?zero-risk lifting with globally certified safety. Contact our safety engineering team for a customized solution.
1. Internationally Certified Safety
ATEX and global compliance for IIB/IIC hazardous areas
Dual flameproof and increased safety design for Zone 1/2 reliability
2. Professional Explosion-Proof Technology
Sealed enclosures and spark-proof components to prevent ignition
Explosion-proof motors with multi-layer protection + mechanical/electronic limits
3.Smart Monitoring System
Real-time tracking of overloads, motor cycles, and critical wear parts
4G/Ethernet connectivity for remote status monitoring
4.Industry-Specific Solution
Optimized for oil & gas, energy, and other high-risk sectors
Optional IIC-rated configurations for extreme hydrogen environments