Integrated with heavy-duty electromagnetic braking systems, providing an excellent strength-to-weight ratio, superior structural rigidity, and ease of handling. Their specialized, high-efficiency motor drive system delivers smooth vertical lifting, eliminating the dangerous load slips, manual strain, and positioning inaccuracies commonly associated with manual chain blocks while offering extended service life and outstanding cost-effectiveness.
Designed for safe and efficient overhead material handling, these hoists deliver reliable performance, high load-bearing lifting capacity, and excellent resistance to mechanical fatigue under demanding industrial conditions. Their engineered composition—featuring grade 80 case-hardened load chains, precision chain guides, and a 360-degree rotating forged suspension hook with safety latches—allows operators to lift and lower heavy materials securely, helping to ensure precise load alignment, smooth chain pocket engagement, and reduced surface wear on matching rigging hardware.
TY3 Electric Chain Hoists with Hook are widely used across a variety of industries and applications, including manufacturing factories, automotive assembly lines, warehouse logistics, construction sites, wind power installations, and commercial repair workshops, where safety, rapid lifting cycles, and operational efficiency are essential.
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Materials: High-Strength Die-Cast Aluminum Body / Grade 80 Heat-Treated Alloy Steel Chain
BENEFITS
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Compact, lightweight design with a modular structure for easy installation and maintenance
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Advanced dual-braking system (mechanical and electromagnetic) ensures immediate, failsafe stopping
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Precision-machined chain sprocket and guide minimize friction, vibration, and chain wear
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Overload protection and upper/lower limit switches prevent over-travel and structural damage
APPLICATIONS
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Heavy-duty lifting and positioning in factory production and assembly bays
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Loading and unloading cargo in warehouse docks and logistics terminals
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Plant maintenance, engine lifting, and tooling changes in industrial workshops