کانال ویدیویی چین Hangzhou JENTAN Machinery Co., Ltd.
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دستگاه بلندکن زنجیره ای صنعتی 1 تن برای بلند کردن وسایل سنگین

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August 14, 2024
Category Connection: بالابر زنجیری
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Tags:
#سقوط زنجیره بلند,زنجیره بلوک مینی,سقوط زنجیره الکتریکی #بلندکن زنجیره ای سنگین,1 تن از زنجیر,بلوک زنجیره صنعتی 1 تن #chain block
Brief: Discover the JTVC-A Chain Block, a heavy-duty 1-ton chain hoist designed for industrial lifting. Featuring GBO heat-treated alloy load chain, all-steel construction, and reinforced double pawl brake system, this hoist ensures unmatched performance, durability, and safety for demanding lifting tasks.
Related Product Features:
  • All-steel construction for exceptional durability in tough industrial environments.
  • Reinforced double pawl brake system ensures reliable and secure load control.
  • Unique curling design allows smooth hand chain feeding from multiple angles.
  • GBO heat-treated alloy load chain provides superior strength and durability.
  • Forged alloy steel hooks rotate 360 degrees for easy rigging and safety.
  • Sealed roller bearings reduce friction, ensuring smooth operation and longevity.
  • Certification tested to 150% capacity for guaranteed safety and performance.
  • Versatile design suitable for construction, manufacturing, and maintenance tasks.
متداول:
  • What is the maximum lifting capacity of the JTVC-A Chain Block?
    The JTVC-A Chain Block is available in various models with capacities ranging from 0.5 tons to 50 tons, making it suitable for a wide range of heavy-duty lifting applications.
  • How does the reinforced double pawl brake system enhance safety?
    The reinforced double pawl brake system features larger diameter pawl springs, ensuring a reliable brake mechanism for secure load control during lifting operations, significantly enhancing safety.
  • What makes the GBO heat-treated alloy load chain superior?
    The GBO heat-treated alloy load chain offers superior strength and durability, ensuring reliable performance under heavy loads and enhancing the overall safety and efficiency of lifting tasks.
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