Winch Iran

Indian 150X10 winch woven brake lining roll

The Fardoo woven hemp brake lining 150X10 from India has a unit length weight of approximately 1.35 kg/m and a precise thickness of 10 mm. Its tensile strength reaches 48 MPa, providing high mechanical durability under repeated load cycles. The lining demonstrates excellent wear resistance, with abrasion rates below 0.11 mm per 1000 cycles in dry conditions. Operating temperature tolerance extends up to 270°C, while thermal conductivity is optimized to prevent localized overheating. The material composition includes natural hemp fibers reinforced with phenolic resin and friction modifiers, ensuring consistent braking performance and structural stability. The woven fiber architecture provides uniform pressure distribution, reducing uneven wear and vibration during braking in industrial machinery, agricultural equipment, and light vehicles requiring high reliability.

This Indian hemp brake lining shows strong chemical resistance and maintains performance in contact with lubricating oils and moderate environmental corrosives. Compressive resilience averages 8–10%, allowing effective recovery after mechanical stress. Thickness tolerance of ±0.2 mm ensures precise fit and stable operation. Installation is compatible with standard adhesives or mechanical fastening systems. The c

1 ton single phase winch

### 1 The 1 ton construction electric winch is designed for moving light to medium construction loads and can be installed in compact workshop spaces. It operates with a 220V single-phase motor, rated between 2 to 3 kilowatts. Lifting speed is adjustable between 8 to 12 meters per minute, and the steel wire rope, with a diameter of 6 to 8 millimeters, typically ranges from 20 to 30 meters. An electromagnetic brake prevents sudden load drops, and the gearbox design with a 1:40 to 1:60 ratio increases the devices service life.

The safe working load of the winch is 1000 kilograms in a single-line configuration, and using a pulley block can increase the effective capacity to 2 tons. Mechanical safety factors range from 5 to 7, and CE and ISO standards ensure safe operation in construction environments. Easy installation, remote control capability, and load limiting features enhance operational safety.

1 ton construction winches are ideal for urban projects and small workshops due to their single-phase operation, eliminating the need for three-phase power. Steel rope, motor, and gearbox durability under standard working conditions ranges from 5 to 10 years, and maintenance is straightforward. These winches are widely used for scaffolding installation, lifting construction materi

Winch accumulator

The crane winch accumulator is a vital hydraulic energy storage system. It stores hydraulic pressure within a high-strength steel vessel. This vessel is typically constructed from high-tensile carbon steel. Standard volumes range from 50 to 200 liters. The unit is pre-charged with dry nitrogen gas. Gas pre-charge pressure is set between 120 and 300 bar. A separating piston or bladder isolates gas from hydraulic oil. This design prevents fluid intermixing. The accumulator dampens sudden system shocks effectively. It also minimizes pressure fluctuations in the hydraulic circuit. This operation extends the service life of pumps and valves.

Structurally, key components include the shell, end cap, oil port, and gas valve. Its cylindrical shell is optimized for high-pressure endurance. Maximum operating pressure frequently reaches 350 bar. Standard operating temperature ranges from -20 to 80 degrees Celsius. Its ports conform to SAE or DIN standards. The system requires robust corrosion protection. Therefore, epoxy coatings or galvanization are often applied. Regular maintenance and pre-charge pressure checks are mandatory. These procedures ensure the safety and efficiency of the entire winch system.

Electric Pulling Winch

The electric pulling winch is an industrial device designed for pulling and moving heavy loads on horizontal and inclined paths. It is typically manufactured with capacities ranging from 500 kilograms to 20 tons. A heavy duty electric motor with power matched to load capacity enables continuous and uniform operation. An industrial gearbox with hardened gears ensures reliable force transmission. High-strength steel wire rope or industrial chain of suitable length is used. An electromagnetic brake ensures safe load stopping. The housing is made of high-strength steel with anti-corrosion coating. Design safety factors comply with FEM and ISO standards.

Structurally, the electric pulling winch features a precision machined drum or chain wheel for smooth cable movement. A forged steel hook with safety latch ensures secure load attachment. The device can be mounted on chassis, fixed bases, or industrial rails. The operating temperature range is typically minus 20 to plus 50 degrees Celsius. High resistance to impact and mechanical fatigue ensures stable performance and long service life. Each unit undergoes proof load testing and full functional inspection prior to delivery.

wire rope winch

A tirfor is a versatile manual pulling and lifting tool. Its nominal pulling capacity ranges from 0.8 to 9 tons across different models. Tension is applied via a dual-pawl lever-operated mechanism. It uses a galvanized steel cable with 6x36 construction and 1770 N/mm² tensile strength. The internal locking mechanism is made from hardened steel with automatic braking. This system allows one-way pulling and load locking in any position. The standard cable length is 1.5 meters, extendable up to 20 meters. The unit weight for a 1.5-ton model is approximately 11 kg.

The tirfor is designed for horizontal, vertical, and angled pulling in tough conditions. The cable has a minimum safety factor of 5:1, and the overall device factor is 4:1. It operates reliably in temperatures from -40°C to +150°C. The body is high-strength cast steel with an electrostatic anti-corrosion coating. Its handles are steel with non-slip polymer coating for enhanced safety. Periodic inspection of the cable, jaws, and lock mechanism every 100 operating hours is essential. Monthly lubrication of moving parts with heavy-duty grease is recommended in dusty environments.

400 kg lifting winch

The 400 kg electric winch is designed for lifting light construction materials and features a 220V single-phase motor rated between 1.5 to 2 kilowatts. Lifting speed is adjustable between 10 to 15 meters per minute, and the steel wire rope has a diameter of 5 to 6 millimeters with a length of 15 to 25 meters. A two-stage electromagnetic brake prevents sudden load drops, and the gearbox with a 1:30 ratio increases the service life of the device.

This winch is suitable for small to medium construction projects, scaffolding installation, and lifting bricks, cement, and other light materials. Its safe working load is 400 kilograms, with a mechanical safety factor between 5 and 6. Using a pulley block can increase the effective capacity to 800 kilograms and reduce stress on the wire rope.

Connections include a heavy-duty steel hook with a safety latch, ceiling mounts, and options for attachment to I-beams or scaffolding. These connections comply with CE and ISO standards and allow linear or angled movement with minimal friction and mechanical stress. Quick installation and remote control capability ensure safe and precise lifting operations.

Tramswinch ship

The tow winch and ship brake lining is specially designed for marine applications and made from wear-resistant and high-temperature materials. Its thickness typically ranges from 10 to 20 millimeters, with a stable friction coefficient of 0.35 to 0.42 at operating temperatures from -20 to +400 degrees Celsius. The material density is between 2.4 and 2.8 grams per cubic centimeter, allowing it to withstand high mechanical pressures and reduce component wear. The multilayer structure, reinforced with metal fibers and heat-treated resins, ensures precise performance and long service life in humid and corrosive marine environments.

A key feature of the tow winch and ship brake lining is its high corrosion resistance and uniform heat absorption, preventing overheating. This lining allows quick installation and easy replacement, complying with international standards. Its optimized contact surface reduces vibration and noise, enhancing safety during ship and tug operations. These technical specifications make the brake lining suitable for heavy marine applications and harsh operational conditions.

Front Mounted Vehicle Winch

The front mounted vehicle winch is a pulling and recovery device designed for off road and rescue vehicles. It is typically manufactured with pulling capacities from 2,000 to 12,000 pounds. The power system uses a 12 or 24 volt DC electric motor. A planetary steel gearbox transfers high torque with efficient performance. Steel wire rope or synthetic rope with diameters from 6 to 12 millimeters is used. Pulling speed varies according to load. An internal automatic brake prevents load backsliding. The housing is protected with anti corrosion coating for harsh environments.

Structurally, the front vehicle winch features a precision machined steel drum for uniform cable winding. A forged steel hook with safety latch ensures secure attachment. Control systems are available as wired or wireless remote units. The mounting plate is designed to match the vehicle chassis. This winch operates reliably within a temperature range of minus 20 to plus 50 degrees Celsius. High resistance to impact and moisture ensures stable performance. Each unit undergoes load and functional testing before delivery.

steel wire rope winch

A chain hoist utilizes a gear mechanism and an alloy steel chain, Grade 8. The chain has a minimum tensile strength of 800 N/mm². Standard lifting capacity ranges from 250 kg to 10 tonnes. The gear reduction ratio is typically designed between 1:15 and 1:30. This ratio multiplies the manual input force 15 to 30 times. The housing is made from cast or forged steel with a yield strength of 350 MPa. The hook is manufactured from alloy steel with precise load rating. Each hook undergoes magnetic particle non-destructive testing. This process detects any surface-level flaws.

An automatic load brake with an integrated pressure disc design is used. This brake engages automatically when input force stops. Ideal load positioning accuracy is within ±3 mm. Unit weight for a 1-tonne model is approximately 15 to 20 kg. Periodic lubrication with Lithium-based grease EP-2 is essential. Safety standards like ISO 9001 and DIN 15020 govern its production. An epoxy coating enhances scratch and corrosion resistance. This device is ideal for precise and controlled lifting operations.

Manual Winch

The manual winch is a mechanical device for lifting, pulling, and moving loads without electrical power. It is typically manufactured with capacities ranging from 200 kilograms to 10 tons. The lifting mechanism is based on a simple or planetary gear system and high-strength chain or wire rope. Human force is transmitted through a hand lever or drum system. A minimum design safety factor of 4 to 1 is applied. A forged steel hook with safety latch ensures secure load attachment. This winch is suitable for pulling, lifting, and load securing in industrial and construction environments.

Structurally, the manual winch features a steel housing with anti-corrosion coating and impact resistance. Gears are made from hardened steel with precision machining. The cable or chain guidance system prevents twisting and uneven wear. The device can operate in horizontal, vertical, and angled positions. The operating temperature range is typically minus 20 to plus 50 degrees Celsius. Each unit undergoes proof load testing and functional inspection to ensure safety and durability.

5-Ton Bulgarian Overhead Crane Winch

The 5-ton Bulgarian overhead crane winch is a high-capacity industrial hoist designed for heavy load handling in workshops and factories. It uses a single-phase or three-phase electric motor with 3 to 5 kilowatt power, with lifting speeds adjustable between 8 and 20 meters per minute. Steel wire rope, 12 to 16 millimeters in diameter and 12 to 30 meters long, ensures safe load handling. An electromagnetic brake and anti-slip clutch provide precise load stopping and operational safety. The steel body with anti-corrosion coating increases durability in industrial environments.

The winch features an industrial gearbox with forged gears and permanent lubrication, achieving over 90 percent transmission efficiency. Mounting on a standard overhead crane rail with 50 to 75 millimeter width is possible. Remote control via push-button or control panel ensures precise load movement. The device operates in industrial environments with temperatures from -10 to 50 degrees Celsius and 85 percent relative humidity, capable of continuous operation under full load.

winch

The electric winch is a mechanized device for high-power, precise load pulling and handling, widely used in heavy industries, workshops, and production lines. Load capacities typically range from 0.5 to 30 tons, with cable or chain lengths from 10 to 100 meters. The electric motor, rated between 0.5 and 15 kW, drives the drum and is equipped with a precise electric brake for safe load stopping. Pulling speeds vary from 2 to 25 meters per minute depending on the model, with precise adjustment options for sensitive loads.

The structure includes a drum for wire rope or chain, electric motor, reinforced gearbox, robust steel frame, and standard hook. The cable or chain is high-strength steel with galvanized or lubricated protection. The device typically features remote control or manual control panel and is manufactured according to ISO 4301, EN 60204, and FEM standards to ensure safety, durability, and reliable lifting performance. The electric winch is optimized for manufacturing, warehousing, construction, and maintenance applications.

winch

The motorized winch is a mechanical device used for lifting and moving heavy loads in industries, workshops, shipping, and hoisting operations. Load capacity ranges from 0.5 to 50 tons, with usable cable or chain lengths from 5 to 100 meters. The body is made of wear- and impact-resistant alloy steel with heat treatment, providing tensile strength from 0.5 to 50 tons depending on the model. The body, drum, and sheaves are galvanized or epoxy-coated for corrosion, moisture, and wear resistance, ensuring long-term durability.

Structurally, the motorized winch consists of a motor electric or hydraulic, cable or chain drum, gear and brake system, frame, and attachment hook. Drum and gear design increases leverage and allows precise load control, while the internal brake ensures safe operation. This winch is optimized for heavy industry, shipping, workshops, production lines, and industrial lifting systems, manufactured according to ISO 12100 and DIN 15018 standards for safety and long-term durability.

winch

The mechanical winch is a high-power mechanized device used for pulling and moving loads in heavy industries, workshops, and production lines. Load capacities typically range from 0.5 to 30 tons, with cable or chain lengths from 10 to 100 meters. The winch motor can be electric, hydraulic, or gasoline-powered, equipped with precise speed control and braking system for safe load handling. Pulling speed and spooling length vary from 2 to 25 meters per minute depending on the model.

The winch structure includes a drum for wire rope or chain, drive motor, reinforced gearbox, robust steel frame, and standard hook. The cable or chain is typically high-strength steel, galvanized or lubricated for protection. The device can be controlled manually or electronically and is manufactured according to ISO 4301, EN 60204, and FEM standards to ensure safety, durability, and reliable performance. The mechanical winch is optimized for manufacturing, warehousing, construction, and maintenance applications.

winch anchor chain

The ship winch anchor chain is manufactured from marine grade alloy steel with controlled heat treatment. Its structure consists of calibrated welded links designed according to marine standards. Nominal chain diameters typically range from 14 to 120 millimeters. Common grades include U2 and U3 offering high tensile strength. Breaking load capacity reaches several hundred tons depending on diameter and grade. Dimensional accuracy of the links ensures proper engagement with the winch drum.

Functionally this chain provides safe transmission of tensile force between the anchor and the winch. Surface treatment such as marine coating or special galvanizing improves resistance to seawater corrosion. Design safety factors comply with maritime classification requirements. High resistance to wear and fatigue ensures long service life. Uniform weight and pitch prevent jamming during winch operation. These features guarantee safe anchoring and mooring operations.