Ferrous & Non Ferrous, Stainless Steel, Carbon Steel Tubes, Pipe & Pipe Fitting".Manufacturer
Medical equipment sub system, like steel hubs, folding system, front steel fork.Manufacturer & Exporter
Stainless steel flexible hose pipe, high quality flanges, stainless steel flanges, industrial flanges.
Structural steel, steel and iron works, forged iron fences, forged iron and metal doors.Transportation
Explore precision-engineered Ceramic Rotary Valve from a leading manufacturer. Crafted with ASTM A216 WCB carbon steel, this valve features a robust DN80 (3-inch) design with PN10 and Class 150 LB ratings. The bolted bonnet ensures secure operation, adhering to GB/T 12224 standards, and the RF flanged end provides seamless integration. Upgrade your industrial processes with this high-quality valve solution. Detail Information Ceramic rotary valve, Carbon steel, DN80, PN10, RF. Valve description: Ceramic rotary valve, bolted bonnet, rotary. Design: GB/T 12224. Body: ASTM A216 WCB Nominal size: DN80. Nominal class: PN10. End Connection: RF flange. Face to face: MFGâ??S. Test and inspection:GB/T 9092. Product Range: Body material: Carbon steel. Normal diameter: 2 - 16 Inch (DN50 - DN400). End connection: Flanged. Pressure range: PN10-PN16. Working temperature: -29- +150.
Explore our premium RF Flanged Center Line Butterfly Valve, meticulously crafted with precision for optimal performance. This valve boasts a 4-inch size (DN100), designed to withstand pressures up to 150 LB (PN20). Constructed from high-quality Stainless Steel, conforming to ASTM A351 CF8 standards, ensuring durability and longevity. Engineered to meet API 609 specifications, featuring EPDM rubber lining for superior sealing. Upgrade your system with this reliable valve solution today. Detail Information Center line-type Butterfly Valve, Stainless steel, NPS 4, CLASS 150 LB, body rubber lined. Valve description: Center line-type Butterfly Valve, RF, EPDM LINED. Design: API 609. Body: ASTM A351 CF8 Nominal size: 4 INCH. Nominal class: 150 LB. End Connection: RF. Face to face: API 609. Test and inspection: API 598. Product Range: Body material: Stainless steel. Normal diameter: 2 - 24 Inch (DN50 - DN600). End connection: Flanged, WAFER, LUG. Pressure range: Class 150 LB (PN6 - PN16). Working temperature: -29- +100
Explore our API 599 Bolted Bonnet Plug Valve Factory offering, featuring a 16 Inch size with DN400 dimensions, suitable for 600 LB and PN100 applications. Manufactured to API 6D standards using ASTM A216 WCB Carbon Steel, these valves are designed for lubricated, bi-directional flow, with RF End connections and equipped with gear operation. Detail Information Plug valve, carbon steel, NPS 16, 600 LB, WCB, RF, bi-direction, acc.to ANSI. Valve description: Plug valve, carbon steel, bolted bonnet, lubricated Design: API 6D, API 599 Body: ASTM A216 WCB Nominal size: 16 Inch. Nominal class: 600 LB. End Connection: RF Face to Face dimension: ASME B16.10. Test and inspection: API 598. Operation: GEAR Product Range: Body material: Carbon steel. Normal diameter: 1/2 - 14 Inch (DN15 - DN350). End connection: Flange. Pressure range: Class 150 - 1500 LB (PN16 - PN160). Working temperature: -29 - +300.
Looking for a reliable ASTM A182 F316 ball valve supplier? We offer a 3-inch, 300 LB, DN80, PN50 ball valve that meets API 608 standards. Made from high-quality stainless steel with a bolted bonnet and two-piece design, our soft seal ball valve features an RF end and a convenient lever for easy operation. Detail Information Ball valve, Stainless steel, bolted bonnet, NPS 3, 300 LB, F316, RF, FULL BORE. Valve description: Ball valve, Stainless steel, SOFT SEAL, TWO-pieces Design: API 608. Body: ASTM A182 F316 Nominal size: 3 Inch. Nominal class: 300 LB. End Connection: RF. OPERATION: LEVER Face to face: ASME B16.10. Test and inspection: API 598. Product Range: Body material: Stainless Steel. Normal diameter: 1/2 - 32 Inch (DN15 - DN800). End connection: BW, Flange. Pressure range: Class 150 - 2500 LB (PN16 - PN420). Working temperature: -29- +300.
Explore precision-engineered Ceramic Rotary Valve from a leading manufacturer. Crafted with ASTM A216 WCB carbon steel, this valve features a robust DN80 (3-inch) design with PN10 and Class 150 LB ratings. The bolted bonnet ensures secure operation, adhering to GB/T 12224 standards, and the RF flanged end provides seamless integration. Upgrade your industrial processes with this high-quality valve solution. Detail Information Ceramic rotary valve, Carbon steel, DN80, PN10, RF. Valve description: Ceramic rotary valve, bolted bonnet, rotary. Design: GB/T 12224. Body: ASTM A216 WCB Nominal size: DN80. Nominal class: PN10. End Connection: RF flange. Face to face: MFGS. Test and inspection:GB/T 9092. Product Range: Body material: Carbon steel. Normal diameter: 2 - 16 Inch (DN50 - DN400). End connection: Flanged. Pressure range: PN10-PN16. Working temperature: -29- +150
NQG5III Internal combustion rail cutting machine is suitable for cutting rails of 43kg/m75kg/m . The quality of cutting section meets the requirement of railway industrial standards. Its a necessary tool used in railway overhaul, maintenance and rush repairing operation. It has features of fast cutting speed, high utilization rate of thin grinding
YD-22 hydraulic Tamping Machine is a kind of professional machinery used for railway line ballast tamping maintenance except for turnouts. It can be operated with train interval time, without closing sections. It is equipped with three power modes. They are petrol, diesel and electric.
YD-22 hydraulic Tamping Machine is a kind of professional machinery used for railway line ballast tamping maintenance except for turnouts. It can be operated with train inervail time, without closing sections. It is equipped with three power modes. They are petrol, diesel and electric
YD-22 hydraulic Tamping Machine is a kind of professional machinery used for railway line ballast tamping maintenance except for turnouts. It can be operated with train inervail time, without closing sections. It is equipped with three power modes. They are petrol, diesel and electric
The high frequency dental X-ray unit consists of an inverter and HT section in a compact enclosure. It has been designed and developed for OEM application to be used for floor or wall mount systems. The high frequency output allows for lower kV per exposure, shorter exposure and superior imaging.
The MegaPulse 360J/100J can be used to test products in research and production environments. The pulse energy can be switched between 360J and 100J. See waveforms in the Manuals Section below. The biphasic output pulse mimics the newest defibrillator output standard but allows more repeatability and faster pulsing than a defibrillator would.
A bleed air system uses a network of ducts, valves and regulators to conduct medium to high-pressure air, "bled" from the compressor section of the engine(s) and APU, to various locations within the aircraft. There it is utilized for several functions inclusive of pressurisation, air conditioning.
An ANTIQUE looks Square Wooden carving design Cutlery holder cum organizer. Sheesham Wood finish spacious dining table organizer with 4 sections in it. Use it in your kitchen to keep all your cutleries organized. Use it to keep your tissue papers and other Condiments SIZE 7 INCHES x 7 INCHES
Needle thread tension for sewing parallel and bar tacking sections of buttonholes can be separately controlled through the operation panel and stored in memory according to various sewing conditions (e.g., type of thread, type of material, and sewing speed). The machine is able to change the needle thread tensions at the parallel and bar tacking sections of the buttonhole. to produce a beautiful buttonhole shape. This capability helps greatly in preventing thread breakage. Needle thread tension is activated at the beginning and end of sewing. This prevents unthreading of the needle thread. and thread fraying that is likely to occur at the beginning of sewing. Thread tension for basting stitching can be specified separately.
16oz glass tumbler with straw and lid
INTRODUCING ALUMINUM DOOR HINGES BY JY: A GATEWAY TO SUSTAINABILITY As the world embraces a more sustainable future, it is essential to explore eco-friendly alternatives in every aspect of our lives, including our home fixtures. Enter JY's Aluminum Door Hinges, a revolutionary product that combines functionality, aesthetics, and environmental consciousness. In this blog post, as a reliable door hinges company, we will delve into the numerous benefits that aluminum door hinges offer, contributing to a greener and more sustainable future. THE ECOLOGICAL ADVANTAGE OF ALUMINUM DOOR HINGES Aluminum door hinges are not only aesthetically pleasing but also play a significant role in reducing our ecological footprint. Unlike traditional door hinges that are made from materials such as steel or iron, aluminum is a highly sustainable and recyclable material. The production of aluminum door hinges results in significantly fewer greenhouse gas emissions and consumes less energy, making them an eco-friendly option for homeowners and businesses alike. ENERGY EFFICIENCY AT ITS FINEST One of the standout features of aluminum door hinges is their exceptional energy efficiency. Due to their lightweight nature, aluminum door hinges require less energy during manufacturing and transportation. Additionally, aluminum possesses excellent thermal conductivity properties, contributing to better insulation in buildings. By opting for aluminum door hinge, not only are you reducing your energy consumption, but also cutting down on heating and cooling costs in the long run. DURABILITY AND LONGEVITY A SUSTAINABLE INVESTMENT In a world plagued by fast-paced consumerism, investing in durable and long-lasting products is crucial to reducing waste. Aluminum door hinges by JY are renowned for their durability and resistance to corrosion. Unlike traditional door hinges that may rust or lose their functionality over time, aluminum door hinges offer unparalleled longevity, eliminating the need for frequent replacements. By choosing this type of door hinges, you are making a sustainable investment that reduces landfill waste and conserves resources.
