Offers to Sell

Trisodium Phosphate CAS Number: 7601-54-9 UN NO.: 3262/9148 EINECS NO.: 231-509-8 Molecular Formula: Na3PO4 Purity (%): Typically available in various purity levels, such as 98% and above. Appearance: White, crystalline powder. Package: 25kgs/bag, as per customer’s demand. Other Name: Sodium phosphate; Sodium phosphate tribasic; Trisodium orthophosphate

Minimum Order: 20 square metres

Sodium tripolyphosphate, a versatile chemical compound, is commonly used as a detergent additive and water treatment agent. CAS Number: 7758-29-4 EINECS NO.: 231-838-7 Molecular Formula: Na5P3O10 Purity (%): 90%,94% Appearance: Sodium tripolyphosphate is usually a white, granular or powdered substance. Packing: 25kgs/bag

Minimum Order: 20 square metres

With the continuous advancement of technology, the application of robotics has become increasingly widespread in various fields. In these high-tech devices, seals play a crucial role, especially considering the demands for high precision and stability in robots. Seals not only protect the internal components of robots from external environmental influences but also improve their operating efficiency and extend their service life. This article will explore the different types of seals used in the robotics industry and their applications. Types of Seals in Robotics Robots operate in complex and ever-changing environments, so the types of seals used are varied. Common types of seals include oil seals, O-rings, labyrinth seals, shaft seals, and dust seals. Oil Seals: Oil seals are commonly used in parts of robots such as motors and gearboxes, which operate at high speeds. These seals prevent oil leakage, maintain the lubrication system of the robot, and block dust and contaminants from entering, ensuring the mechanical components remain uncontaminated. O-Rings: O-rings are widely used in robotic hydraulic and pneumatic systems to prevent the leakage of fluids or gases. Due to their simple design and efficient sealing capabilities, O-rings are one of the most commonly used seals in the robotics industry. Labyrinth Seals: Labyrinth seals form multiple physical barriers through different-shaped channels and obstacles, effectively preventing the leakage of fluids and gases. These seals are often used in robots that operate in high-pressure and high-temperature environments. Shaft Seals: Shaft seals are used to seal rotating shafts in robots, preventing oil leakage and contamination from entering the robot’s interior. In robots with high-speed rotating components, the sealing performance of shaft seals is especially critical. Dust Seals: Robots often operate in harsh environments with a high level of dust. Dust seals effectively prevent dust and particles from entering the robot's interior, protecting sensitive internal components. Applications of Seals in Robotics The applications of seals in robotics are widespread and cover various aspects of robotic structures. They are particularly crucial in the following areas: Motor and Gearbox Protection: Motors and gearboxes are key components of robots, and their frequent movement and high load operations make them vulnerable to environmental damage. Oil seals and shaft seals are used to protect these parts by preventing lubricant leakage and ensuring the parts are well-protected during high-efficiency operation. Hydraulic and Pneumatic Systems: Many robots use hydraulic and pneumatic systems for operation, and the leakage of fluids and gases in these systems is a common concern. O-rings and labyrinth seals are widely used in these systems to ensure that hydraulic oil and gases do not leak, ensuring the efficiency and safety of the robot. Precision Mechanical Part Protection: The precision components inside robots, such as servomotors, sensors, and bearings, all require protection through seals. In environments with high temperatures, humidity, corrosive elements, or dust, seals effectively prevent harmful substances from damaging these sensitive components. Seal Selection and Challenges For robot manufacturers, distributors, and wholesalers, selecting the appropriate seals can be a challenging task. Here are some key factors to consider when choosing seals: Operating Environment: The environment in which the robot operates, such as temperature, humidity, pressure, and corrosive conditions, greatly influences seal selection. For instance, in high-temperature environments, high-temperature-resistant seals such as FKM seals should be chosen. Sealing Performance Requirements: Different robot components have different sealing performance requirements. For example, seals used in motors and gearboxes need to be highly resistant to pressure and wear, while seals in hydraulic systems require higher hydraulic performance. Size and Durability: The size of the seal must be accurately matched to the component to ensure effective sealing. Additionally, seal durability is crucial, as high-quality seals can maintain excellent sealing performance over long periods of operation. Focus Points for Distributors and Wholesalers For distributors and wholesalers, the following aspects are key when selecting robotic seals: Product Quality and Certification: The quality of seals directly impacts the overall performance of robots. Therefore, choosing high-quality, certified seals is essential. Supply Chain and Inventory Management: Distributors need to ensure timely supply and sufficient inventory of seals. A smooth supply chain and efficient inventory management can greatly enhance competitiveness. Cost Control and Pricing Strategy: While quality is critical, reasonable cost control and pricing strategies are also essential to gaining market share. Distributors should price products competitively while ensuring they provide high-quality seals. Seals play a vital role in the robotics industry, enhancing the performance and longevity of robots and providing reliable protection in various operating environments.

Minimum Order: 1000

Item Name(EH):#Fuel injector Control Valve FOOZCO1365# #CR injector 095000-5215# #CR injector 095000-5223# #CR injector 095000-5226# #CR injector 095000-5340# 10SF NICOLE Wha/tsa/pp:+86133/8690/1375 nicole(at , )china-lutong (dot) net China-Lutong is specialized in supplier of diesel fuel injection systems with over 30 years of industrial manufacturing experience. China-Lutong common rail valve provide superior performance and durability and are manufactured to original equipment specifications. You can be confident when you install China-Lutong common rail valves you are receiving a quality diesel injector parts. Condition : New Quality : Good Usage : Industrial Features : Durable, Smooth Finish Advantages : Easy to operate Durability : Long life

Minimum Order: 4 cubic metres

High Precision Rolling – The W12 Hydraulics Plate Rolling Machine ensures accurate and consistent plate bending for superior product quality. Automated Operation – Fully automatic control simplifies the rolling process, reducing manual labor and errors. Efficient Production – Designed for large-scale applications, it boosts productivity with fast and reliable performance. Hardened and Solid Rolls 1. Solid rollers offer superior strength and durability, ensuring stable performance under heavy loads. 2. They resist deformation over time, maintaining high rolling precision and extended service life. Controller System The plate rolling machine features an advanced control system with PLC integration, offering automatic calculation and fully automated operation for improved efficiency and ease of use.

Integrated Precision – Single-platform laser machines combine cutting and processing in one unit, ensuring high accuracy and consistent results. Improved Efficiency – Streamlined workflow reduces setup time and simplifies operation, boosting overall productivity. Space-Saving Design – Compact, all-in-one structure saves factory floor space and reduces equipment costs. Mechanical Bed 1. High-Rigidity Welded Structure The bed is made from high-strength steel with integrated welding, stress- relieved by high-temperature annealing. It offers excellent rigidity and vibration resistance, ensuring stable performance during high-speed cutting.

Flexible and Easy Operation – Semi-automatic tube benders offer simple controls and flexible handling, suitable for a wide range of bending tasks. Cost-Effective Solution – With lower initial investment and maintenance costs, they are ideal for small to medium-sized businesses. Reliable Performance for Small Batches – They provide stable bending quality, making them well-suited for low to medium-volume production. BOST NC Pipe Bending Machine delivers unmatched versatility for low-to-medium production needs. This semi-automatic solution bridges manual operations and full CNC automation, offering budget-friendly precision for automotive, HVAC, and furniture industries. Feature NC Pipe Bending Machine CNC Pipe Bending Machine Automation Level Semi-automatic (manual setup) Fully automatic (programmable) Cost Lower investment & maintenance Higher initial cost Production Volume Low-to-medium batches High-volume, continuous runs Operator Skill Basic training required Advanced programming skills needed Precision Good (±0.5°) High (±0.1°) Customization Limited to mechanical upgrades Software + hardware customization Best For SMEs, custom workshops, prototyping Large factories, complex geometries

Flexible Operation – The two machines can work in tandem for bending extra- long workpieces or function independently for separate tasks. Improved Productivity – Dual usage increases production efficiency by adapting to different job sizes without the need for additional equipment. Enhanced Value – Ideal for large-format fabrication, this setup delivers greater manufacturing value through higher capacity and operational versatility. For extra-long metal bending, BOST Tandem Press Brake Machine synchronizes two independent brakes into one powerhouse system. This industrial solution transforms production for aerospace, energy, and heavy equipment manufacturers. Top-Selling Product Parameter Table Model Parameter Tonnage (Each Machine) 100T 150T 200T Working Length 6m + 6m 8m + 8m 10m + 10m Max Bending Length 12m 16m 20m Stroke 300mm 400mm 500mm Accuracy ±0.05mm ±0.05mm ±0.05mm Control System DELEM DA-69 CYBELEC DNC BOST-CNC X8 Ram Speed 15mm/s 12mm/s 10mm/s Power 15kW 22kW 30kW

High Precision: Utilizing servo-hydraulic systems and CNC controls, these CNC Press Brake machines achieve bending tolerances as tight as ±0.01mm, ensuring consistent and accurate results. Enhanced Efficiency: With programmable automation, they streamline complex bending tasks, reducing setup times and increasing production throughput. Versatility: Capable of handling various materials and thicknesses, they accommodate diverse applications across industries like automotive, aerospace, and sheet metal fabrication. 

The FUBC-31A0B3-XX USB 3.1 Gen 1(5Gbps) Hybrid AOC-Active Optical Cable, type A Male to angled Micro-B offers an Up/Down 90° angled for Micro-B connection,especially friendly to the space limitation. Employing a sleek, high-flex (4.8 mm) optical fiber as its transmission medium, the USB 3.1 Hybrid Active Optical Cable innovatively integrates copper for supplying power to both the cable’s active components and the connected device(s), particularly when they’re bus-powered. Extending the USB 3.1 bus to a remarkable 20 meters or 65 ft, this USB 3.1 Hybrid Active Optical Cable ensures a maximum bandwidth speed of 5 Gbps. With a Micro-B connector boasting screw lock support, it’s perfectly suited for machine vision, industrial, and robotic applications. Ideal replacement for: Unibrain USB AOC Cables; L-COM USB 3.1 Active Optical Cables; Compufox USA USB 3.0 AOC; Edmudoptics USB 3.0 Camera Link Cable; Intercon-1 USB 3.1 Hyrbid Active Optical Cable Highlight Features: Max Transmission Speed: USB 3.1 @ 5Gbps Maximum Transmission Length: 20 meters (65ft), USB 2.0 up to 50 meters (115ft) Power Supply: Support 5V 900mA max to the remote device Easy Installation: Hot-plugging, no driver required EMI Resistance: High resistance to electromagnetic interference, ensuring a safe, radiation-free environment Customizable: Up to 20m maximum length, custom length(5m/10m/15m/20m), logo, and packaging available Specifications: Host side: USB 3.1 Type-A plug, dimensions: 34mm x 16mmx 8mm Device side: USB 3.1 Micro-B plug with locking screws, dimensions: 36mm x 22mm x8mm Cable diameter: 4.8 mm Bend radius: 40 mm High flex rated for for >10 million cycles for bending stroke of 1m, velocity 80 cycles/min Tensile Strength(Long Term/Short Term): 150N/300N Crush Resistance (Long Term/Short Term)/100mm: 500N/1000N Supply voltage: 4.75 – 5.25 V Power dissipation: 0.95 W Device supply current: Max 5V – 900mA (up to 20m), 600mA (21m-50m) Operating conditions: -10’C -55′C, 15%-80% humidity Max temperature gradient: 6′ C per hour Compliance: FCC/CE/RoHS

Minimum Order: 10 long tons

The Horizontal Machining Center Series features an innovative box-type structural design with a horizontally oriented spindle, a high-rigidity worktable, and a precision rotary mechanism. Engineered for high-efficiency machining of medium to large complex components, this series is widely recognized for its superior stability, precision, and powerful cutting capabilities. It is ideal for demanding applications in aerospace, energy equipment, heavy machinery, and more. CNC Horizontal Machining Center Characteristics ● The casting is made of resin sand. After aging treatment, the internal stress can be fully eliminated to ensure good accuracy retention. ● Each axis guide rail adopts the form of a sliding guide rail, with high positioning accuracy, large bearing capacity, good cutting vibration resistance, and high accuracy and stability. ● Adopting imported ball screw, it has strong load-bearing and torsion resistance, fast response speed and good low-speed characteristics. ● The main shaft is imported from Taiwan, ensuring high speed, high precision and high output power.

Features of 3 Axis Gantry Vertical Machining Center ●Powerful cutting capability combined with high precision and performance makes insert and armoring operation easy. ●Optional spindle drive adopts full-gear two-stage transmission to provide high torque output and excellent cutting performance. Heavy and rigid body structure, showing a unique heavy cutting performance. ●The main structure gradually adopts resin sand cast iron, reflecting cutting stability and high precision, high efficiency, heavy cutting. The main shaft and transmission gear adopt forced cooling to reduce temperature and improve accuracy. Application Industry of Gantry Machining Center Aerospace industry: It is very suitable for the manufacture of parts requiring high precision and complex geometry. Automotive manufacturing industry: It is suitable for the production of key parts such as engine components and chassis components. Mold manufacturing industry: It can accurately process various molds, including plastic molds, die-casting molds, etc. Heavy machinery manufacturing industry: It is an ideal choice for companies that need to process large or heavy workpieces.

The main castings of the 3-Axis Hard Rail Series Machining Center machine are made of resin sand cast iron with stable material to ensure the long-term accuracy and service life of the machine. The column is a double wall structure, which greatly improves the mechanical rigidity. All slideway surfaces are precisely ground and covered with turcite-b wear- resistant sheet, which is matched with precision cutting. The guide rail design is adopted between the z-axis counterweight and the column to prevent the counterweight from colliding with the column when the z- axis moves rapidly. The three-axis adopts the precise ball (roller) screw, which is directly driven by the servo motor, without backlash error. H-1370B 3 Axis Hard Way CNC Machining Center Features: ● Select high rigidity precision linear slide with high speed and low noise, low wear characteristics suitable for precision mold fast parts processing requirements. ● The main shaft adopts C3 high-precision screw angular ball bearings and high-strength arrangement structure. ● Driven by AC control servo motor with high torque, low noise and high stability. ● Powerful cutting capabilities combined with excellent accuracy and performance make insert and bell hole operation simple. ● Widely used in machining, auto parts, lighting, hardware and other parts processing industry Specifications Item unit H-1370B Worktable area mm 1500*70 Worktable maximum loading kg 900 T-Slot(slot*width*distance) mm 5-18*14 Spindle nose taper BT BT40/BT5 X/Y/Z axis travel mm 1300/700/700 Distance between spindle end face and worktable end face mm 140-84 X, Y, Z axis gauge specifications Three axis sliding guide Spindle Speed (Belt type/Direct Connection) rpm 8000/10000 Tool magazine capacity T 24 X/Y/Z axis fast displacement m/min 16/16/1 Cutting feed speed m/min 1-6000 Repeated positioning accuracy mm 土0.003

The VMC-1165 3-Axis Machining Center is engineered for high-precision and heavy-duty machining tasks. With its robust construction and advanced features, it is ideal for industries requiring reliable performance and versatility. 3-Axis Machining Center Specifications Item unit VMC-1165 Worktable area mm 1200*650 Worktable maximum loading kg 750 T-Slot(slot*width*distance) mm 5-18*120 Spindle nose taper BT BT40 XX/Y/Z axis travel mm 1100/650/650 Distance between spindle end face and worktable end face mm 100-750 Specifications of X, Y and Z axle guideways mm 45 (X-axis six sliders) /45/45 (Z-axis six sliders) Spindle  Speed (Belt type/Direct Connection) rpm 10000/12000 Tool magazine capacity T 24 X/Y/Z axis fast displacement m/min 36*36*36 Cutting feed speed m/min 1-8000 Repeated positioning accuracy mm 土0.003 Machine weight Kg 7000