Brake Iran

Chinese 200X12 brake lining roll

The 200X12 Chinese industrial woven hemp brake lining has a unit length weight of approximately 1.9 kg/m and a precise thickness of 12 mm. Its chemical composition includes high-strength natural hemp fibers, phenolic resin, and friction-enhancing additives, providing excellent mechanical and thermal stability. Tensile strength reaches 50–52 MPa, allowing the lining to withstand repeated mechanical loads without permanent deformation. Thermal resistance extends up to 275°C, and abrasion resistance under ISO standard testing remains below 0.10 mm per 1000 cycles. The woven fiber structure ensures uniform pressure distribution, minimizing localized wear, vibration, and thermal hotspots. Friction coefficients range from 0.38 to 0.46 in dry conditions and 0.33 to 0.40 under lubricated conditions. High production accuracy guarantees tight thickness tolerance of ±0.2 mm, supporting precise installation and vibration-free operation. The combination of lightweight design, high tensile strength, and thermal stability makes it suitable for industrial machinery, agricultural equipment, and light-duty vehicles requiring reliable braking performance.

This Chinese hemp brake lining demonstrates excellent chemical and environmental resistance, maintaining performance under humidity and mo

200X10 Chinese brake lining roll

The Fardoo 200X10 Chinese industrial hemp brake roll has a unit length weight of approximately 1.8 kg/m and a precise thickness of 10 mm. Its chemical composition combines high-strength natural hemp fibers, phenolic resin, and friction-enhancing additives, ensuring consistent mechanical and thermal performance. Tensile strength reaches 50 MPa, allowing the lining to withstand repeated mechanical loads without deformation. Wear resistance under ISO standard testing remains below 0.10 mm per 1000 cycles, demonstrating long service life. The woven fiber architecture provides uniform pressure distribution, reducing localized wear, vibration, and thermal hotspots. Friction coefficients range from 0.38 to 0.46 in dry conditions and 0.33 to 0.40 under lubricated operation. The production process ensures tight thickness tolerance of ±0.2 mm, guaranteeing precise installation and vibration-free operation. This combination of lightweight design, high mechanical strength, and thermal stability makes it suitable for industrial machinery, agricultural equipment, and light-duty vehicles requiring reliable braking performance.

This Fardoo hemp brake roll demonstrates excellent chemical and environmental resistance, maintaining integrity under humidity and moderate exposure to corrosive agen

120X10 woven brake lining roll

The Fardoo industrial woven hemp brake lining 120X10 from China has a unit length weight of approximately 1.1 kg/m and a thickness of 10 mm. Its material composition combines high-strength natural hemp fibers with phenolic resin and friction-enhancing additives to ensure mechanical stability and consistent performance. Tensile strength reaches 44–46 MPa, allowing the lining to endure repeated mechanical loads without permanent deformation. Thermal resistance is rated up to 260°C, while wear resistance under ISO standard testing remains below 0.12 mm per 1000 cycles. The woven fiber architecture provides uniform pressure distribution, minimizing localized wear and vibration. The friction coefficient ranges from 0.35 to 0.43 in dry conditions and 0.30 to 0.38 in the presence of lubricating oils. This combination of lightweight design, high mechanical strength, and thermal stability makes the lining suitable for industrial machinery, agricultural equipment, and light-duty vehicles requiring reliable braking performance.

This Chinese Fardoo hemp brake lining demonstrates strong chemical and environmental resistance, maintaining integrity under humidity and moderate corrosive exposure. Compressive resilience averages 8–10%, allowing the material to recover effectively after me

Chinese 150X12 brake lining roll

The 150X12 Chinese industrial woven hemp brake lining is composed of high-strength natural hemp fibers, phenolic resin, and friction-enhancing additives, providing stable mechanical and thermal properties. The tensile strength reaches 48 MPa, allowing the lining to withstand repeated mechanical loads without permanent deformation. Thermal resistance extends up to 275°C, ensuring stable operation under high-temperature braking conditions. Wear resistance under ISO standard testing remains below 0.11 mm per 1000 cycles, demonstrating long service life. The woven fiber architecture ensures uniform pressure distribution, reducing localized wear and vibration. Friction coefficients range from 0.37 to 0.45 in dry conditions and 0.32 to 0.39 under lubricated conditions. Lightweight yet mechanically robust, this lining is optimized for industrial machinery, agricultural equipment, and light-duty vehicles requiring consistent braking performance under variable loads and operating environments.

This Chinese woven hemp brake lining demonstrates excellent chemical and environmental resistance, maintaining mechanical integrity under humidity and moderate exposure to corrosive agents. Compressive resilience averages 8–10%, allowing the material to recover its shape after mechanical stres

Chinese 120X12 brake lining roll

The Chinese brake lining roll 120X12 from China features a unit length weight of approximately 1.2 kg/m and a precise thickness of 12 mm. The material is composed of high-strength natural hemp fibers combined with phenolic resin and friction-enhancing additives, providing stable mechanical properties. Tensile strength reaches 46 MPa, ensuring durability under repeated load cycles. The lining maintains stable friction coefficients between 0.36 and 0.44 in dry conditions and 0.31 to 0.39 in the presence of lubricating oils. Thermal resistance extends up to 265°C, while the woven fiber structure evenly distributes pressure, reducing localized wear and vibration. Abrasion resistance under ISO standard testing is below 0.11 mm per 1000 cycles. This combination of lightweight design, high mechanical strength, and thermal stability ensures long service life and reliable braking performance in industrial machinery, agricultural equipment, and light-duty vehicles.

The Chinese Fardoo hemp brake roll demonstrates strong chemical and environmental resistance, maintaining performance under humidity and moderate corrosive exposure. Compressive recovery averages 8–9%, allowing the material to return to its original shape after mechanical stress. Thickness tolerance of ±0.2 mm supports pr

Chinese 150X10 brake lining roll

The Fardoo industrial hemp brake roll 150X10 from China has a unit length weight of approximately 1.4 kg/m and a precise thickness of 10 mm. Its material composition includes high-strength natural hemp fibers reinforced with phenolic resin and friction-enhancing additives, providing stable mechanical performance. Tensile strength reaches 47 MPa, ensuring durability under repeated load cycles. Maximum operating temperature is 270°C, while wear resistance under ISO standard testing remains below 0.11 mm per 1000 cycles. The woven fiber structure ensures uniform pressure distribution, reducing localized wear, vibration, and thermal hotspots. Friction coefficients range from 0.37 to 0.45 in dry conditions and 0.32 to 0.39 under lubricated operation. Lightweight design combined with high tensile and thermal stability makes this brake roll suitable for industrial machinery, agricultural equipment, and light-duty vehicles requiring consistent and reliable braking performance.

This Fardoo hemp brake roll exhibits strong chemical resistance and maintains mechanical integrity under moderate corrosive exposure and humidity. Compressive recovery averages 8–10%, enabling effective shape restoration after mechanical stress. Thickness tolerance of ±0.2 mm supports precise installation an

KITO hoist brake drum

Here are two technical, numerically oriented and SEO‑friendly paragraphs about a drum‑ brake lining for a ceiling crane made by KITO — based on typical engineering practices and general crane brake data with caveats where exact public data is not available.

A drum brake lining for a KITO overhead crane typically uses a high‑friction composite material — often a heat‑resistant resin matrix reinforced with industrial fibers — to provide a stable coefficient of friction around 0.35 to 0.45 under normal working temperature ‑20 °C to +50 °C ambient per crane‑brake standards. [hnhlcrane.com][1] The lining is mounted inside a steel brake drum fixed to the motor shaft or gearbox output, and the brake’s design aims to deliver braking torque in a wide range, from tens to several hundreds of newton‑meters depending on crane capacity and duty class drum‑brake diameters for crane brakes typically range from ~100 mm up to 500 mm in heavy duty models. [HSCRANE][2]

In a KITO overhead crane configuration designed for light to moderate lifting loads, the drum‑brake lining must offer reliable performance for frequent start/stop cycles, and should dissipate thermal energy generated during each brake engagement — typical crane brake designs expect the linin

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

non-asbestod quality brake lining roll

Woven Non-Asbestos Brake Lining Roll is manufactured from high performance friction materials, including aramid fibers (Kevlar), fiberglass, mineral fibers, ceramic yarns, and heat resistant phenolic resin. Its braided woven structure provides excellent tensile strength, dimensional stability, and wear resistance under continuous mechanical loading. Unlike conventional asbestos based linings, it is environmentally friendly and produces significantly less hazardous dust while maintaining a stable coefficient of friction, typically between 0.30 and 0.45. The flexible roll construction allows easy cutting, shaping, and installation on brake shoes, clutch assemblies, and various friction components, while effectively reducing vibration, noise, and metal to metal wear during long operating cycles.

The Non-Asbestos Woven Brake Lining Roll is engineered to operate reliably in both dry and oil immersed applications. Under dry operating conditions, it offers excellent thermal stability, rapid heat dissipation, and consistent braking performance at temperatures of approximately 250°C to 350°C, minimizing brake fade during repeated braking cycles. In oil lubricated systems, its dense woven construction and specially formulated resin matrix limit oil absorption while maintaining stable

drum brake lining roll

Drum Brake Lining Roll is a high performance friction material specifically designed for drum brake systems used in industrial and heavy duty equipment. Manufactured in roll form, it can be precisely cut and bonded to brake shoes of various sizes, providing excellent installation flexibility and reduced maintenance costs. The lining is typically produced from non-asbestos fibers, phenolic resins, mineral fillers, and reinforcing materials that deliver a stable coefficient of friction, high mechanical strength, and excellent dimensional stability. Its engineered friction surface ensures uniform pressure distribution across the brake drum, minimizing uneven wear, thermal cracking, brake noise, and vibration while extending the service life of both the brake lining and drum.

Brake Lining Roll is widely used in overhead cranes, gantry cranes, electric hoists, forklifts, industrial winches, mining machinery, construction equipment, agricultural machines, conveyor systems, mechanical presses, port handling equipment, and heavy duty power transmission systems. It is designed to provide reliable braking performance under continuous duty cycles, high contact pressures, and severe operating environments. Depending on the material formulation, the lining can operate efficiently in both d

Chinese 100X10 brake lining roll

Woven industrial hemp brake lining 100X10 from China offers high durability and precise dimensional stability, with a unit length weight of approximately 0.85 kg/m. It exhibits excellent performance in both dry and lubricated conditions, maintaining consistent friction coefficients between 0.38 and 0.45 under standard testing loads. The lining withstands operating temperatures up to 250°C without significant degradation, ensuring stable braking response. Its thermal conductivity is optimized to prevent overheating, while the tensile strength reaches around 40 MPa. The woven structure provides uniform pressure distribution, reducing wear and extending service life, making it suitable for industrial machinery, agricultural equipment, and light-duty vehicles requiring consistent braking performance.

This hemp brake lining demonstrates remarkable wear resistance, with an abrasion rate below 0.12 mm per 1000 cycles in dry testing and minimal swelling in oil immersion. It tolerates environmental exposure to humidity and moderate corrosive agents without losing structural integrity. Compression resilience averages 8–10%, ensuring proper return after mechanical stress. Installation is straightforward with standard adhesives or mechanical fastening, and the product meets ISO 6310 st

Chinese 100X12 brake lining roll

The Fardoo industrial hemp brake lining 100X12 from China has a unit length weight of approximately 1.05 kg/m and a precise thickness of 12 mm. Its tensile strength reaches around 45 MPa, allowing it to withstand high mechanical loads without permanent deformation. The friction coefficient ranges from 0.36 to 0.44 in dry conditions and 0.30 to 0.38 in the presence of industrial oils. The lining tolerates operating temperatures up to 260°C, while the woven structure ensures uniform pressure distribution. Wear resistance under ISO standard testing is below 0.10 mm per 1000 cycles, ensuring long service life. Additionally, the product resists humidity and short-term exposure to corrosive agents, providing stable braking performance in demanding industrial environments.

The Fardoo hemp brake lining exhibits compressive resilience of approximately 9% and medium hardness of 75 Shore, preventing deformation under repeated cycles. Installation is straightforward with standard adhesives or mechanical fastening, and thickness tolerance of ±0.2 mm guarantees vibration-free operation. Its abrasion and corrosion resistance reduce frequent replacement and maintenance costs. Friction and thermal stability remain consistent during extended operation, preventing overheating. The combination

250kg demag hoist conical brake disc

The brake lining used in a Demag 250 kilogram hoist is a critical component that generates the required braking torque and maintains load holding performance under dynamic conditions. This lining typically works with a conical or flat brake disc and supplies a controlled friction coefficient to manage braking energy. Its engineered surface distributes pressure evenly across the disc and prevents localized wear. For a 250 kilogram hoist, the braking torque usually falls within several tens of newton meters, which requires a lining capable of stable thermal dissipation. The material generally combines industrial resin with heat resistant fibers to maintain consistent friction during repetitive cycles.

This lining is produced according to safety standards defined in DIN and EN regulations, ensuring reliable stopping capability even in unbalanced load scenarios. The lining thickness is typically a few millimeters, and the maximum allowable wear is specified by the manufacturer to maintain torque accuracy. A correct lining for a 250 kilogram capacity must support frequent start stop duty with minimal fade. Using an original high density lining preserves nominal braking torque, reduces vibration, and prevents excessive air gap growth. Selecting a lining with uniform compression stre

spring brake chamber

A dual-circuit brake booster integrates two independent vacuum chambers within a single steel housing. The primary and secondary diaphragm diameters typically range from 250 to 300 mm. Each circuit provides an independent force multiplication ratio between 4:1 and 6:1. The system utilizes two separate control valves rated for operational pressures up to 120 bar. The chambers are constructed from high-strength stainless steel with a 2 mm thickness. The independent output rods have a 50 mm linear travel with a tolerance of ±0.1 mm. This design ensures complete isolation of front and rear circuits in case of a leak. The assembly endures over 1 million operational cycles in durability testing.

The internal structure features two synthetic rubber diaphragms reinforced with fabric fibers. An electronic valve regulator EVP often modulates the boost ratio based on vehicle speed. Required vacuum pressure is a minimum of 0.9 bar absolute in both chambers. System response time is enhanced to under 80 milliseconds for emergency braking. An automatic fault detection system identifies a 0.2 bar pressure drop within 0.5 seconds. A central locking mechanism prevents asynchronous operation of the two circuits. Total assembly weight varies between 5.5 and 8 kilograms. This booster is certified

export industrial brake lining roll and pad from Iran to Turkmenistan

Export of industrial brake pads from Iran to Turkmenistan plays a crucial role in ensuring the reliability and safety of heavy machinery and industrial equipment in Turkmenistan. Iranian manufacturers provide brake pads that meet international quality standards, offering high wear resistance, durability, and the ability to withstand heavy loads. These brake pads are widely used in industrial, construction, transportation, and energy sectors, where consistent equipment performance and personnel safety are essential. With their high quality and competitive pricing, Iranian brake pads have become a preferred choice for Turkmen companies seeking efficient and reliable operation of their machinery.

Moreover, exporting industrial brake pads from Iran to Turkmenistan helps strengthen trade relations between the two countries and creates new business opportunities. Turkmen enterprises value reliable deliveries, flexibility in fulfilling orders, and compliance with all technical and certification requirements. Competitive pricing combined with high-quality products allows the purchase of large quantities of brake pads with minimal logistics and maintenance costs, supporting the efficiency of industrial and construction projects in Turkmenistan and fostering long-term bilateral trade de