Offers to Sell

In the world of metallurgy, where heat, dust, and vibration converge, the smallest component can often make the biggest difference. A seal that performs well in general machinery may fail rapidly inside a steel mill or foundry. For engineers, procurement managers, and distributors serving this field, understanding how to select the right sealing solution is essential to keeping production lines safe and efficient. The Harsh Reality of Metallurgical Environments Steelmaking, casting, and rolling processes expose machinery to extraordinary stress. Hydraulic cylinders operate beside furnaces, bearings work under molten metal dust, and lubricants are constantly challenged by high temperature oxidation. These are not friendly conditions for any polymer. Sealing materials in metallurgy must therefore offer more than elasticity— they must resist aggressive media and temperature swings that can exceed 200°C. Conventional NBR compounds struggle in such conditions, while HNBR, FKM, and PTFE have proven to perform more steadily. Metal-cased or composite structures are also common, combining rigidity with chemical endurance. Matching Materials to Applications Choosing the right material is not only about temperature. Pressure, surface finish, and media compatibility are just as important. For hydraulic systems that control mold or billet casting equipment, pressure resistance is a top priority. Seals may face continuous exposure to pressures above 20 MPa, sometimes with pulsating loads. In these systems, polyurethane and filled PTFE seals are widely used due to their balance of flexibility and extrusion resistance. For static connections or slower-moving parts, FKM remains a reliable option, particularly when contact with high-temperature lubricants or cooling oils is expected. Some modern mills have moved toward hybrid seals that integrate metal supports and elastomer lips. This combination prevents deformation under high compression while maintaining a consistent sealing edge. It’s a practical approach when dealing with both mechanical vibration and thermal cycling. Understanding Motion and Tolerance Issues Unlike laboratory test benches, real-world metallurgical equipment rarely operates under ideal alignment. Shaft runout, cylinder misalignment, and thermal expansion can all alter the effective sealing gap. A design that looks perfect on paper may fail quickly if it cannot compensate for such dynamic variations. Rotary shafts, for example, often require dual-lip designs—one for fluid retention and another to block contaminants. In dusty rolling mills, an added dust lip or labyrinth groove can extend seal life significantly. For reciprocating systems, lower friction profiles help reduce heat buildup, while backup rings can be used to resist extrusion under high load. Common Questions from Distributors and Buyers Distributors often face the same question from clients: “Can one seal fit all metallurgical applications?” The honest answer is no. Even within a single plant, conditions vary widely—from dry environments in conveying lines to fluid-intensive areas near hydraulic presses. What customers value most, especially in B2B channels, is reliability and technical clarity. When presenting sealing options, sharing data such as allowable pressure, temperature range, and material compatibility helps build trust. Distributors who can translate these specifications into practical advice often gain long-term partnerships rather than one-time sales. Another frequent inquiry is about delivery time. Metallurgical plants cannot afford prolonged downtime. That’s why many suppliers maintain stock for standard dimensions while offering rapid prototyping or customized production for non-standard parts. Flexibility in service often outweighs minor price differences in this market. Avoiding Design and Installation Errors A common but costly mistake in this sector is overlooking installation detail. Surface roughness, groove tolerance, and lubrication conditions are all decisive factors. Too rough a surface will wear down the seal lip quickly; too smooth and the seal may not retain enough oil film to stay lubricated. During installation, using proper sleeves and ensuring the shaft is free of burrs can prevent damage. Pre-lubrication with compatible grease avoids friction burns on the first run. While these steps sound basic, skipping them often leads to premature leakage and unplanned shutdowns. Trends and Technological Shifts As metallurgy moves toward automation and sustainability, the demands placed on sealing systems are changing. There’s a growing focus on low-friction materials that reduce power consumption and extend maintenance intervals. Manufacturers are also integrating seals with sensors or smart monitoring tools that track temperature and pressure changes in real time. This evolution aligns with predictive maintenance strategies—replacing seals before failure occurs rather than reacting afterward. For large steel plants operating 24/7, such predictive tools can save significant downtime costs and improve safety margins. Practical Advice for Long-Term Success When selecting seals for metallurgical applications, the best approach is to view the system as a whole rather than isolating components. Consider how heat transfer, lubrication flow, and mechanical load interact. Discuss these details with the seal manufacturer early in the design stage—this collaboration often reveals cost-effective improvements that off-the-shelf solutions might overlook. Distributors and OEM buyers should also maintain transparent communication with end users. Tracking the actual service life of seals in different equipment zones provides valuable data for future selection. Over time, these insights become a competitive advantage that distinguishes a technically competent supplier from a purely commercial one. Metallurgical equipment demands sealing solutions that can survive extremes of heat, pressure, and contamination. The difference between a short-lived component and a reliable one often comes down to understanding materials, tolerances, and operating behavior in detail. In this field, precision and experience outweigh assumptions. Selecting the right seal is not just a technical choice—it’s a business decision that influences uptime, energy use, and safety across the entire operation. For engineers, buyers, and distributors alike, a thoughtful approach to sealing is the foundation of sustainable performance in metallurgy.

Minimum Order: 1000

The FHDC-21DD-XX serires Detacbale 8K Hybrid Active Optical HDMI 2.1 Cables are also called HDMI 2.1 AOC, HDMI 2.1 Active Optical Cable, Fiber Optic HDMI 2.1 Cable, Optical HDMI Cable, Active HDMI Cable, Active Optical HDMI Cable. Constructed with high-quality stainless steel and reinforced hybrid optical fiber cable (4 Fiber & 7 Copper), the Armored HDMI 2.1 AOC-Active Optical Cables offer exceptional durability and resilience. With a crush-resistant armor capable of withstanding up to 500kg of force, these cables are designed for demanding environments. The industrial-grade TPU jacket provides a wide operating temperature range (-40℃ to +80℃), making them perfect for use in challenging settings like Medical Surgeries, Live Events Rental, Military, Shipboard, Temporary Staging, or anywhere that requires extended HDMI cables in tough conditions. The FHDC-21DD-XX series Detachable 8K Hybrid Active Optical HDMI 2.1 AOC Cables, transmit ultra-high-speed signals of up to 48Gbps and 8K@60Hz resolution, 4:4:4 color subsampling, HDR,eARC without any signal loss. These EMI-resistant Detachable Fiber Optic HDMI Cables, compliant with HDMI 2.1 specifications, deliver unparalleled visual quality with up to 8K resolution and a refresh rate of up to 144Hz. Immerse yourself in an exceptional entertainment and gaming experience. The optical solution ensures lossless transmission even over long distances, guaranteeing superior signal quality. Highlight Features: High-Quality Resolution: Supports 8K@60Hz, 4K@144Hz, 4K@120Hz as per HDMI 2.1 specifications, backward compatible High Bandwidth: 48Gbps capacity, backward compatible Lossless Transmission: Delivers 8K@60Hz visuals, VR, and 3D display signals over long distances Fast Refresh Rate: 120Hz at 4K resolution for crisp, sharp images; higher rates at lower resolutions Dynamic HDR: Optimizes contrast, depth, brightness, and color gamut on a frame-by- frame basis Enhanced eARC: Simplifies connectivity and audio optimization for multiple components High-Quality Audio: Supports up to 192kHz, 24-bit, uncompressed 5.1 and 7.1, Dolby lossless formats, and 32-channel audio VRR for Gaming: Fluid gameplay with minimal lag, judder, and frame tearing Advanced Features: Supports EDID, self-detecting function, ALLM, QMS, and QFT Durable Construction: Zinc-alloy housing, corrosion-resistant gold-plated connectors EMI Resistance: High resistance to electromagnetic interference, ensuring a safe, radiation-free environment Customizable: Up to 70m maximum length (30m max for eARC), custom length, logo, and packaging available Applications: Digital signage LED signs & monitors for stadiums,hospitals,shipping malls Medical imaging equipment Airport boarding video information system Home Theater, Blu-ray, 3D video, projector, set-top box, DVR, game console control and monitor connection Radio and TV station Video conference equipment Security monitoring system

Minimum Order: 10 long tons

40Gb/s Fiber Optic C USB4 Active Optical Cable AOCFiberlink FUCC-4002 type-C to C USB4 Active Optical Cable is the fastest, most powerful, and reliable USB4 fiber optical solution for long distance Thunderbolt and USB4 connectivity. This USB4 AOC is made of Hybrid AOC+ technology, offering 40Gbps data, 8K/60Hz UHD Video, maximum 240W PD, compatible with ThunderBolt4 USB3.2/3.1/2.0 over USB-C. Features： Placement Flexibility: Longer distance connectivity enables optimal placement of USB4 and Thunderbolt 4/3 devices for a highly organized, convenient, quieter, and productive workspace Uncompromised Speed: Work and play faster with up to 40Gb/s of stable data transfer speed over long distance Versatile Connections: Connect to millions of Thunderbolt 4/3 and USB4/3/2 USB-C equipped docks, displays, eGPUs, PCIe expansion, external SSDs, RAID storage, and accessories1,2 Powerful: Lab certified to safely deliver up to 240 watts to quickly charge your devices Diverse Displays: Supports high resolution displays up to 8K including DisplayPort over Thunderbolt, Apple Pro Display XDR, Apple Studio Display, LG Ultrafine, and any display plugged into a Thunderbolt dock or hub3 Premium Reliability: Braided nylon exterior over advanced internal fiber optical cable for highly durable and consistent signal reliability immune to EMI/RFI interference OEM & ODM: up to 30 meters EMI-free transmission 2 Year Warranty Applications: Airplane On-board Video System Conference Room Digital Signage Gaming PC Home Theatre LED Signboards Mobile Terminal Medical imaging equipment Radio and TV Broadcast Station Security monitoring system Virtual Reality Headsets Video conference equipment Web Camera

Minimum Order: 1 bags

USB 3.2 Gen2 AOC-Active Optical Cable, Type-A Male(AM) to Type-B Male(BM), Hybrid 10Gbps, Custom length up to 60meters(200feet) The FUAB-3203 Series USB 3.2 Gen2 Active Optical Cable (USB AOC)—also known as USB 3.0 Fiber Optic Cable, Optical USB Cable, or Hybrid USB AOC—is designed to meet SuperSpeed USB 3.x specifications, ensuring full compatibility with existing USB hosts, hubs, and devices. With its ultra-thin, lightweight design and long-distance transmission capability, this USB3 active optical cable provides a reliable plug- and-play solution without signal loss nor EMI interference. Perfect for high-performance applications such as machine vision cameras, 4K/8K video capture, medical imaging, digital signage, storage devices, and HD surveillance, the FUAB-3203 USB AOC helps break distance barriers while delivering stable data transfer at 10Gbps. It is the ideal choice for industries requiring long-reach, high-speed, and interference-free USB connectivity. Highlight Features: High Bandwidth: complied with the latest USB3 gen2 standards, up to 10Gbps super speed Backward Compatible: Supports USB 3.0 @ 5Gbps (not compatible with USB 2.0/1.1) Long length Transmission: Delivers lossles signals up to 60 meters (200ft) Power Supply: Support 5V 900mA max to the remote device Easy Installation: Plug and play, unidirectional design High Performance: 850nm VCSEL transmitter and PIN photo-detector receiver Universal Compatability: Supports all major operating systems including Windows, Mac OS, and Linux Durable Construction: Zinc-alloy housing, corrosion-resistant gold-plated connectors EMI Resistance: High resistance to electromagnetic interference, ensuring a safe, radiation-free environment Customizable: Up to 60m maximum length, custom length, logo, and packaging available Applications: Industrial Control Digital Signage Home Network Integration Medical Device Connectivity KVM Extension Remote Desktop USB 3.0 Connections Security: web camera, access control USB 3.0 Devices Sharing: print, scan, storage Frequently Asked Questions: Q: Are USB 3.2 Active Fiber Optical Cables by AOCFIBERLINK compatible with all USB devices? A: Though no USB standard currently exists for optical cables, USB 3.x Active Fiber Optical Cables by AOCFIBERLINK have been successfully tested with more than a hundred devices spanning all major consumer operating systems. In general, you can expect USB 3.x Active Fiber Optical Cables by AOCFIBERLINK to work with most self- powered USB 3.2/3.0 compliant device. Q: Can I charge my portable device (like iPhone or iPad) with USB 3.x Active Fiber Optical Cables by AOCFIBERLINK ? A: USB 3.x Active Fiber Optical Cables by AOCFIBERLINK are designed to be used with self-powered peripherals only. No significant power is available after powering its internal opto-electronics. A self-powered USB 3.2/3.0 hub can always be used at the peripheral (B-side) to provide power if desired. Warranty: 2-Year Warranty

Minimum Order: 10 long tons

Fiber optic HDMI AOC cables far surpass the limitations of traditional copper cables by harnessing the power of light. These innovative cables transmit signals through pulses of light, resulting in superior performance across the board. Our FHDC-2002 18Gbps 4K Fiber Optic HDMI2.0 AOC-Active Optical Cables are slimmer, lighter, and more flexible than their copper counterparts, while offering significantly higher bandwidth and longer transmission distances. Their immunity to electromagnetic interference ensures pristine signal quality, making them ideal for diverse applications, from home theaters to professional settings. AOCFiberlink is at the forefront of fiber optic HDMI cable technology. Our commitment to research and development, coupled with rigorous quality control, has enabled us to streamline manufacturing processes and deliver exceptional products. This dedication has solidified our position as a global leader in the fiber optic industry. Highlight Features: High-Quality Resolution: Supports 4K@60Hz 4:4:4 video signals up to 300 meters for a high-quality viewing experience. High Bandwidth: 18Gbps capacity, ensuring fast and reliable transmission of multimedia content Lossless Transmission: Delivers 4K@60Hz visuals, VR, and 3D display signals over long distances Fast Refresh Rate: 4K/60Hz resolution for crisp, sharp images; higher rates at lower resolutions Dynamic HDR: Optimizes contrast, depth, brightness, and color gamut on a frame-by- frame basis Enhanced eARC: Simplifies connectivity and audio optimization for multiple components High-Quality Audio: Supports up to 192kHz, 24-bit, uncompressed 5.1 and 7.1, Dolby lossless formats, and 32-channel audio VRR for Gaming: Fluid gameplay with minimal lag, judder, and frame tearing Advanced Features: Supports EDID, self-detecting function, ALLM, QMS, and QFT Durable Construction: Zinc-alloy housing, corrosion-resistant gold-plated connectors EMI Resistance: High resistance to electromagnetic interference, ensuring a safe, radiation-free environment Customizable: Up to 300m maximum length (30m max for ARC), custom length, logo, and packaging available Applications: Digital signage LED signs & monitors for stadiums,hospitals,shipping malls Medical imaging equipment Airport boarding video information system Home Theater, Blu-ray, 3D video, projector, set-top box, DVR, game console control and monitor connection Radio and TV station Video conference equipment Security monitoring system

Minimum Order: 10 long tons

Pure Fiber 4K@144Hz 8K HDMI2.1 Active Optical Cable AOCFiberlink’s FPHC-2102 8K HDMI 2.1 Pure Fiber Optic Cable redefines 8K UHD connectivity. Harnessing unique AOC+ technology and latest HDMI 2.1 standards, this 8K Pure Fiber Optic HDMI cable effortlessly transmits 8K@60 Hz and 4K@144 Hz signals. Its 48 Gbps bandwidth supports Dynamic HDR, eARC, and 12-bit color depth. Custom length built for distances up to 500 meters, it eliminates electromagnetic interference and signal loss, ensuring flawless performance in AV setups, conferencing,medical imaging and high-end home theaters. Features -Full Compatibility with any legacy HDMI TMDS up to HDMI 2.1 FRL 48Gbps full speed -Full Compatibility with any legacy HDCP up to HDCP 2.3 or Higher -Backwards compatible with HDMI 2.0/1.4/1.3 -Supports any resolution including SD HD 3D 4K 8K 10k -Supports all frames rates including 4K@30 4K@60 4K@120Hz 4K@144Hz 8K@60Hz -Supports DSC 4K@240Hz -Supports 4K@144Hz 4:4:4 uncompressed -Full 4:4:4 HDR10+ Uncompressed (HDMI 2.1 Standard FRL 48gigabit full speed) -Dolby Atmos, THX, TRUE-HD, object-based audio, uncompressed 5.1 and 7.1, and 32- channel uncompressed audio -Full Specs HDMI 2.1 including DSC, ALLM, QFT, QMS, VRR, Dynamic HDR

Minimum Order: 1 bags

The FHDC-2102S series Super Slim 8K HDMI 2.1 Fiber Active Optical Cable, also known as 8K Fiber Optic HDMI Cable, 8K HDMI Fiber Cable, HDMI 2.1 Fiber Cable, 8K HDMI 2.1 Active Optical Cable, 8K Optical HDMI Cable, and 8K HDMI Active Optical Cable, offers exceptional performance and reliability for demanding applications. Crafted with high-quality super slim, flexible, and lightweight hybrid optical fiber cable, the FHDC-2102 8K HDMI2.1 Fiber Active Optical Cable delivers unmatched transmission and flexibility with a maximum data rate of 48Gbps, supporting stunning visuals with resolutions up to 8K (7680 x 4320p) at 60Hz and a smooth refresh rate of 144Hz for 4K (3840 x 2160p). This 8K HDMI 2.1 Fiber Optical Cable supports enhanced features like CEC, HDCP 2.3, and HDR for an immersive viewing experience as well. Highlight Features: Super slim,flexible and lightweight. 2.5 x 3.5mm OD, transparent PVC jacket, nearly invisible. High-Quality Resolution: Supports 8K@60Hz, 4K@144Hz, 4K@120Hz as per HDMI 2.1 specifications, backward compatible. High Bandwidth: 48Gbps capacity, backward compatible. Lossless Transmission: Delivers 8K@60Hz visuals, VR, and 3D display signals over long distances. Dynamic HDR: Optimizes contrast, depth, brightness, and color gamut on a frame-by- frame basis. High-Quality Audio: Supports up to 192kHz, 24-bit, uncompressed 5.1 and 7.1, Dolby lossless formats, and 32-channel audio. VRR for Gaming: Fluid gameplay with minimal lag, judder, and frame tearing. Advanced Features: Supports EDID, self-detecting function, ALLM, QMS, and QFT. Durable Construction: Zinc-alloy housing, corrosion-resistant gold-plated connectors. EMI Resistance: High resistance to electromagnetic interference, ensuring a safe, radiation-free environment. Customizable: Up to 20m maximum length, custom length, logo, and packaging available. Applications: Gaming PC Digital signage LED signs & monitors for stadiums,hospitals,shipping malls Medical imaging equipment Airport boarding video information system Home Theater, Blu-ray, 3D video, projector, set-top box, DVR, game console control and monitor connection Radio and TV station Video conference equipment Security monitoring system

Minimum Order: 10 long tons

The Double Sliding Table Plastic Injection Machine is an upgraded version of traditional injection molding equipment, designed to deliver continuous, high- efficiency production. Unlike single-table machines, this model is equipped with two sliding tables that work alternately—while one mold is being injected, the other is being prepared for loading or unloading. This design significantly reduces downtime and ensures smoother production cycles. Applications of Double Sliding Table Injection Machines Electronics & Connectors: USB housings, plugs, socket parts. Medical & Laboratory: test kits, syringe parts, small disposable items. Automotive Industry: precision clips, fasteners, decorative parts. Consumer Goods: cosmetic packaging, daily-use plastic tools, stationery. Industrial Components: gaskets, seals, precision gears.

The Rotary Table Plastic Injection Machine is revolutionizing modern plastic manufacturing. Designed for precision and speed, it boosts production efficiency while ensuring high-quality output. Manufacturers increasingly rely on this advanced machinery to meet growing industry demands. Product Features 1. English LCD can store 60 mold data points. 2. Double, three-position turntable, smooth rotation, to adapt to a variety of multi-mode insert processing, can greatly improve efficiency and save manpower. 3. Safe, product withdrawal embedding work not forming station, while the same job is performed in the external position, and the machine can be equipped with automatic devices. 4. The proportion of dual (pressure, flow) control, the machine runs with low noise, high speed, and low-pressure protection.

The Single Sliding Table Plastic Injection Machine is designed to deliver high- performance injection molding with precision and reliability. Ideal for manufacturing a wide range of plastic components, this machine is perfect for industries including automotive, electronics, household appliances, and packaging. 1.In ST(standard) machine installs single sliding mold.after operates the mold to complete, the stamping die automatically slips to the operator front, is advantageous for the operation,the security is high also the end product goes against also completes in exterior. 2.The multistage temperature control,the multistage projects the pressure with to project the speed,projects the back pressure not to have the section adjustment,suits each kind of precise revertex components taking shape. (Engineering plastics). 3.The screw rod L/D ratio is big,is suitable the special engineering plastics. 4.May expand the computer formula and the automation takes out inserts the equipment segment,may achieve the entire automaton the design.

Two(three)-phase temperature, ejected speed, backing pressure and screw speed is suitable for various plastic to confectioned. Fixed bottom mold and loose top mold type is suitable for plastic injection molding of inserts and it is also equipped with an ejector for finished products. Low-pressure closed die assembly can protect the safety of die. Standard Plastic Injection Machine Applications Standard plastic injection machines are ideal for producing: Automotive Components: Housings, clips, interior panels. Consumer Products: Household items, packaging components, toys. Electronics Parts: Casings, connectors, and functional components. Industrial Applications: Gears, valves, and other standard plastic parts.

When people discuss household appliances, they usually focus on motors, electronics, or design. Seals rarely get the spotlight. Yet, in practice, a leaking gasket or a worn shaft seal can bring down an entire product line. For manufacturers, distributors, and wholesalers, understanding how to choose the right sealing solution is not a minor detail—it is a business- critical decision. Different appliances, different sealing realities Washing machines and dishwashers: Constant exposure to water, detergents, and vibration. Shaft oil seals must keep grease in place while resisting moisture. O-rings in water circuits must survive alkaline cleaners. FKM oil seals paired with NBR or EPDM rings are common. Refrigerators and freezers: Low temperatures and frequent door cycles. Door gaskets must stay flexible below freezing. Compressor seals and line O-rings must be compatible with refrigerants and lubricants, often using HNBR or FKM. Coffee machines and kettles: High-temperature steam and food safety. Steam- chamber O-rings often rely on PTFE, FFKM, or high-grade silicone (VMQ). These materials balance heat resistance with compliance for food-contact applications. Vacuum cleaners and small appliances: High-speed motors demand abrasion- resistant seals. PU lip seals with FKM backing are typical, while thin- section seals handle dust exclusion. Material, pressure, and temperature considerations Low pressure: Refrigerator gaskets often use PVC or silicone. Medium pressure: Washing machine inlet valves benefit from NBR or FKM O- rings. High temperature and pressure: Coffee machine steam chambers require PTFE or FFKM seals. Temperature extremes: From -20°C in freezers to over 100°C in steam appliances, material choice directly affects service life. What distributors and wholesalers actually hear “Will this seal survive detergent exposure?” “Why does one O-ring cost three times more than another?” “Can you deliver tomorrow?” The first question is about chemical resistance. The second is about material properties and service life. The third is about supply chain reliability. For wholesalers, being able to answer all three convincingly is what builds long-term trust. Balancing cost and performance Routine maintenance teams often prefer cost-effective standard parts. They know replacements will be frequent, and budgets are tight. But for critical components—such as compressor shaft seals or steam-chamber O-rings— engineers are willing to invest in premium materials. The cost of downtime far outweighs the price difference between a basic seal and a high- performance one. Industry trends As appliances become smarter and more energy-efficient, sealing requirements are evolving. Low-friction, long-life, and environmentally friendly materials are gaining importance. Food-grade certification and detergent resistance are increasingly mandatory. In addition, customers expect more than just parts. They want advice, inventory support, and sometimes even on- site consultation. So, how should one choose seals for household appliances? The answer is not a simple “oil seal or O-ring.” It depends on the appliance, the medium, the pressure, and the temperature. What matters most is matching the seal to the job.

Minimum Order: 1000

function:Wire cutting, stripping both ends, pressing one end, inserting one end into the shell, and half peeling one end wire size:AWG # 20- # 28 (wire outer diameter less than or equal to 2.5mm) Wire color:Optional 2～12 Wire cutting length:10 mm—700 mm (set in 0.1 mm units) Cutting length precision:Tolerance 0.1 mm + stripped long:1.0 mm — 8 m m Stripping length accuracy:Tolerance ±0.1 mm Crimping Machine:2T Pressing stroke:30mm Universal Press:Universal OTP press (split line applicator) Detection cover:Pressure drop, wire presence detection, crimping error detection, terminal presence detection, terminal insertion detection CCD detection (optional), pressure sensor device (optional) Control method:Single chip microcomputer control Internal control voltage:DC24V power supply:Single phase ~AC200V/220V 50HZ 10A Compressed air:0.5MPa, about 170N/min Operating temperature range:15℃ - 30℃ Operating humidity range:30%-80%RH, no condensation Mechanical weight:About 700kg

Minimum Order: 1 bags

A piston rod is a cylindrical component that connects the piston to the crosshead or connecting rod in an engine or hydraulic system. It plays a critical role in transmitting force from the piston to the crankshaft, which ultimately drives the engine's motion. In hydraulic systems, piston rods are integral to the operation of hydraulic cylinders, where they transfer force outward and must withstand high mechanical loads and constant sliding movement.

Minimum Order: 1 bags