Description
JMM Friction Mine Winches are heavy-duty traction and hoisting machinery exclusively engineered to adapt to severe underground and open-pit mining working conditions. As a professional manufacturer dedicated to the R&D and production of friction winches, we customize all equipment configurations to match diverse underground transportation, haulage and auxiliary construction demands of mining enterprises.
This mine-specific friction winch serves as a robust industrial solution for heavy-load lifting and haulage in harsh mining sites. Mining operation scenarios feature pervasive dust, high humidity, frequent cyclic operation and limited narrow working spaces, and this unit is fully optimized to cope with such rigorous operating conditions. It undertakes core mine tasks including ore and mineral aggregate transportation, underground mechanical equipment relocation & positioning, as well as auxiliary personnel conveyance within confined underground roadways.
Equipped with a mining-grade precision friction drive control system, the winch delivers stable and uniform traction force during operation. It effectively eliminates wire rope slipping risks even under unbalanced, fluctuating heavy mine loads, realizing smooth, shock-free hoisting and hauling of materials. The entire machine is fabricated with high-tensile rugged steel and anti-abrasion, moisture-proof, dust-proof composite structural materials. Special surface anti-rust and anti-corrosion treatment is applied to all exposed components to resist long-term erosion from mine dust, underground water vapor and mineral wastewater, drastically cutting equipment failure frequency, lowering maintenance cycles and sustaining uninterrupted mining production.
Boasting a compact spatial layout and high power density, the JMM mine friction winch occupies minimal installation space, perfectly fitting narrow underground roadways and limited pit-side operating areas. The humanized control panel simplifies operation logic; field staff can master standard operating procedures quickly with only basic training. Every finished winch complies with national and international mining machinery safety specifications, with multiple built-in safety interlock modules including overload protection, anti-slip braking and overtravel limit devices. Centered on operational safety and long service life, this winch acts as a stable, high-efficiency core auxiliary machine for underground and open-pit mines, helping mining clients improve overall site productivity while fully guaranteeing construction safety.
Features
•High Performance: Engineered for heavy lifting and pulling in demanding mining conditions.
•Friction-Driven Mechanism: Utilizes friction for effective load handling and minimal wear on components.
•Durable and Reliable: Constructed to withstand harsh mining environments with minimal maintenance.
•Customizable Solutions: Available in various specifications to meet specific operational requirements.
Structure & Components
1. Friction Drum
The core component of the system, the Friction Drum, is engineered to grip and control the rope under high tension. Its design ensures minimal wear on the rope while maintaining a strong hold.
- High-strength steel with wear-resistant coating.
- Grooved or smooth surface for optimal friction.
- Hydraulic or electric drive systems for controlled operation.
- Capable of handling multiple rope wraps to increase holding force.

2. Rope Unreeler
The Rope Unreeler supports the smooth deployment and retrieval of the rope, preventing tangling and ensuring controlled unwinding.
- Adjustable Tension Control: Allows precise management of rope speed and tension.
- Guiding System: Ensures proper alignment of the rope onto the Friction Drum.

Application
1. Building construction;
2. Road and bridge construction;
3. Factory, power engineering, mining engineering, port, etc.



Parameters
|
Model |
JMM |
|
Load Capacity |
0.5~100 t |
|
Rope Capacity |
20~5000m |
|
Working Speed |
5~20 m/min |
|
Power Supply |
220-690V, 50/60HZ, 3Phase |
Detail Technical Specifications
|
Model |
Rated Load |
Rated Speed |
Rope Capacity |
Rope Diameter |
Motor Type |
Motor Power |
Overall Dimensions |
Overall Weight |
|
KN |
m/min |
m |
mm |
KW |
mm |
KG |
||
|
JMM10 |
100 |
10 |
4800 |
30 |
YZR225M-6 |
30 |
1980×2650×850 |
6000 |
|
JMM16 |
160 |
11 |
4000 |
34.5 |
YZR250M2-6 |
45 |
3350×1920×1320 |
9500 |
|
JMM20 |
200 |
11 |
3600 |
39 |
YZR280S-6 |
55 |
3500×1960×1320 |
10000 |
|
JMM32 |
320 |
10 |
3200 |
52 |
YZR280M-6 |
75 |
4330× 2350×1760 |
16000 |
FAQ
FAQ 1
Q: What mining scenarios is the JMM friction mine winch suitable for?
A: It is applicable to both underground underground mines and open-pit mines. It is widely used for ore and mineral aggregate transportation, underground mining machinery moving and positioning, as well as auxiliary personnel and material haulage in narrow underground roadways.
FAQ 2
Q: What is the advantage of its mining-specific friction control system?
A: The system outputs balanced and stable traction force continuously. When transporting uneven, fluctuating heavy ore loads common in mines, it can effectively prevent steel wire rope slippage, ensure smooth load movement, and avoid sudden impact damage to equipment and cargo.
FAQ 3
Q: Can this winch adapt to dusty and humid underground mine environments?
A: Yes. The whole machine adopts wear-resistant, dust-proof and moisture-proof high-strength structural materials, with special anti-rust and anti-corrosion coating on all metal parts. It can resist long-term erosion from mine dust and underground water vapor, reduce equipment failures and lower maintenance frequency.
FAQ 4
Q: Why is this mine friction winch suitable for narrow underground roadways?
A: It adopts a compact high-power layout, which greatly reduces the overall installation footprint without sacrificing traction capacity. It can be flexibly arranged in limited narrow underground spaces, and the installation process is simple and time-saving.
FAQ 5
Q: What safety standards does the JMM mine friction winch comply with? What safety configurations are available?
A: Every finished winch is manufactured and inspected in strict accordance with international mining machinery safety standards. It is equipped with multiple safety interlock devices including overload protection, anti-slip braking system and travel limit switches to fully eliminate potential safety hazards during mining haulage operations.
FAQ 6
Q: Is the operation of this mine friction winch complicated for mine workers?
A: The control panel is designed with simplified human-machine interaction logic. Workers only need short basic training to master complete operation steps, which effectively reduces the learning cost of on-site staff.
CE, CCS & ISO
CE, CCS & ISO




Company Appearance






Patent Certificates


Case Show
Project Name: Nuclear Fusion Research Project
Cooperative Unit: Hefei Institute of Physical Science, Chinese Academy of Sciences (Plasma Physics Research Institute)
Product Configuration: Remote Control Operation Platform Package Transfer Vehicle Hoisting System - 1 Set
Project Features: The nuclear fusion research project is a specialized initiative requiring the winch system design to achieve a service life of 50 years. Compared to other conventional projects, this project's winch system demands higher durability and stability to withstand the long-term operation and high-intensity use inherent in nuclear fusion experiments.

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