Offers to Sell

Part Number Description panasonic nozzle 110S N610017371AC panasonic nozzle 115S N610017372AC panasonic nozzle 115AS N610017372AC panasonic nozzle 120S N610017373AC panasonic nozzle 130S N610017375AC panasonic nozzle 140S KXFX0386A00 panasonic nozzle 230cs N610040788AD panasonic nozzle 235cs N610043815AD panasonic nozzle 225CS N610040786AA panasonic nozzle 226cs N610040787AA panasonic nozzle 240cs N610040853AD panasonic nozzle 206AS N610030510AC panasonic nozzle 205S N610017370AC panasonic nozzle 161s N610058431AA panasonic nozzle 205S N610017370AC panasonic nozzle 163s N610136157AA panasonic nozzle 110 KXFW1BCAA00 panasonic nozzle 110 KXFX03DGA00 panasonic nozzle 110 KXFX0383A00 panasonic nozzle 115 KXFW1BDAA00 panasonic nozzle 115 KXFX03DHA00 panasonic nozzle 120 KXFX03DJA00 panasonic nozzle 130 KXFX03DKA00 panasonic nozzle 140 KXFX03DMA00 panasonic nozzle 450 KXFX03DPA00 panasonic nozzle 205A N610000995AA panasonic nozzle 1001 KXFX037SA00 panasonic nozzle 1002 KXFX037TA00 panasonic nozzle 1003 KXFX03DWA00 panasonic nozzle 1004 KXFX03DYA00 panasonic nozzle 1005 KXFX03DOA00 panasonic nozzle 1006 KXFX03DLA00 panasonic nozzle 206A KXFX05V2A00 panasonic nozzle 205 KXFX04N0A00 panasonic nozzle 205A N610000995AA panasonic nozzle 225C N610040782AA panasonic nozzle 226C N610040783AA panasonic nozzle 230C N610040784AA panasonic nozzle 235C N610043814AA panasonic nozzle 240c N610062681AD panasonic nozzle 450 KXFX03DPA01 Panasonic nozzle 161 N610004673AA Panasonic nozzle 163 N610004675AA Panasonic nozzle 230 N610119493AA

Minimum Order: 1 bags

Part number : E3623-721-0A0 Description : JUKI gripper nozzle 800 ASSY for 0.8mm-2.2mm Part number : E3624-721-0A0 Description : JUKI gripper nozzle 801 ASSY for 1.8mm-3.2mm Part number : E3625-721-0A0 Description : JUKI gripper nozzle 802 ASSY for 2.8mm-4.2mm Part number : E3626-721-0A0 Description : JUKI gripper nozzle 803 ASSY for 3.8mm-5.2mm Part number : E3627-721-0A0 Description : JUKI gripper nozzle 804 ASSY

Minimum Order: 1 bags

Part number : E3618-729-0A0 Description : JUKI nozzle 513 ASSY, 6.0 X 1.2 Part number : E3619-729-0A0 Description : JUKI nozzle 514 ASSY, 9.0 X 1.2 Part number : E3620-729-0A0 Description : JUKI nozzle 515 ASSY, 4.0 X 1.0 Part number : E3621-729-0A0 Description : JUKI nozzle 516 ASSY, 9.0 X 0.9 Part number : E3622-729-0A0 Description : JUKI nozzle 517 ASSY, 9.0 X 3.4 Part number : E3627-729-0B0 Description : JUKI nozzle 518 ASSY, 9.0 X 2.2 Part number : E3635-729-0B0 Description : JUKI nozzle 526 ASSY, Ø3.5 Part number : 605 Description : JUKI nozzle 605 ASSY, 4.6 X 2.6 Part number : 611 Description : JUKI nozzle 611 ASSY Part number : 621 Description : JUKI nozzle 621 ASSY Part number : 646 Description : JUKI nozzle 646 ASSY

Ipulse M6/M7/M8 Nozzle Part Number Description LC6-M7701-001 P001 (0.5x0.4) LC6-M7703-001 P002 (0.9x0.6) LC6-M7705-001 P003 (ø1.3/ø0.65) LC6-M7707-001 P004 (ø1.8/ø1.2) LC6-M7709-001 P005 (ø3.0/ø2.0) LC6-M770B-001 P006 (ø4.5/ø3.5) LC6-M770D-001 P012 (ø2.0 Melf) LC6-M770F-001 P013 (ø2.5 Melf) LC6-M770H-001 P017 (ø4.0 Rubber) LC6-M770K-001 P018 (ø6.0 Rubber) LC6-M770M-001 P019 (ø8.0 Rubber) LC6 M770P-001 P020 (ø10.0 Rubber) LC8-M771R-00X P030 LC6-M7712-100 P031 ( 0.5x0.4) LC6-M7714-002 P032 ( 0.9x0.6) LC6-M7716-002 P033 (ø1.3/ø0.65) LC6-M7718-002 P034 (ø1.8/ø1.2) LC6-M7727-00X P050 LC6-M772B-00X P052 LC6-M772D-00X P053 LC6-M7735-00X P054 LC6-M772K-01X P055 LC6-M772V-01X P056 LC6-M7731-01X P057 LC6-M772F-00X P061 LC6-M772H-00X P062 LC6-M773B-00X P072 LC6-M773E-00X P073 P280 (ø4.0 Rubber) P290(ø3.0/ø2.0) P018 (ø6.0 Rubber)

Minimum Order: 1 bags

Ipulse M2 Nozzle Part Number Description LC1-M7701-00 N001 (0.5 X 0.4) LC1-M7703-00 N002 (0.9 X 0.62) LC1-M7705-00 N003 (1.3 X 0.7) LC1-M7707-00 N004 (1.8 X 1.2) LC1-M7709-00 N005 (3.0 X 2.0) LC1-M770B-00 N006 (OD : 4.5 / ID : 3.5) LC1-M770D-00 N012 (OD : 2.0 / ID : 0.8) LC1-M770H-00 N017 (3.6 X 0.6) LC1-M770K-00 N018 (6.0 X 1.2) LC1-M770M-00 N019 (8.0 X 1.2) LC1-M770P-00 M020 LC1-M770S-00 M021 (0.9x0.7) LC1-M770U-00 N022 (0.9/ø1.0) LC1-M7712-00 N031 (0.5x0.4) LC1-M7714-00 N032 (0.9x0.6) N033 (0.9x0.7)

Minimum Order: 1 bags

1.M1/M4 type:M001/M002/M003/M004/M005/M006/M012 /M013/M , 017/M018/M019/M020/M021/M022/M031/M032/M033 2.M , 2 type:N001/N002/N003/N004/N005/N006/N012/N013/ N , 017/N018/N019/N020/N021/N022/N031/N032/N033 3.M , 6 type:P005/P006/P012/P013/P017/P018/P019/ P020/P , 031/P032/P033/P034/P042 4.FV7100/5530 type: K01/K02/K03/K04/K05/K06/K018/K019/K020 5.MT5800 type:G01/G02/G03/G04/G05/G06/G07/G08/G09/G10/G71 6.MT5620E/5520E type:1005/1608/2125/3216 M1 & M4 (M Series Nozzles) Description: M001 LG0-M7701-00X I-PULSE M1 SERIES PK NZ -M001 (0.5 X 0.4)** M002 LG0-M7703-00X I-PULSE M1 SERIES PK NZ -M002 (0.9 X 0.62) M003 LG0-M7705-00X I-PULSE M1 SERIES PK NZ -M003 (1.3 X 0.7) M004 LG0-M7707-00X I-PULSE M1 SERIES PK NZ -M004 (1.8 X 1.2) M005 LG0-M7709-00X I-PULSE M1 SERIES PK NZ -M005 (3.0 X 2.0) M006 LG0-M770B-00X I-PULSE M006 NOZZLE OD : 4.5 / ID : 3.5 ** M012 LG0-M770E-00X I-PULSE M012 NOZZLE OD : 2.0 / ID : 0.8 ** M013 LG0-M770G-00X I-PULSE M013 NOZZLE OD: 2.5 / ID : 1.2 ** M017 LG0-M770H-00X I-PULSE M1 SERIES PK NZ -M017 (3.6 X 0.6)(W/RUBBER PAD) M018 LG0-M770K-00X I-PULSE M1 SERIES PK NZ -M018 (6.0 X 1.2)(W/RUBBER PAD) M019 LG0-M770K-00X I-PULSE M1 SERIES PK NZ -M019 (8.0 X 1.2)(W/RUBBER PAD) M020 LG0-M770P-00X I-PULSE M020 NOZZLE (W/RUBBER PAD) ** M2 (N Series Nozzles) Description: M001 I-PULSE M2 SERIES PK NZ -N001 (0.5 X 0.4)** N002 I-PULSE M2 SERIES PK NZ -N002 (0.9 X 0.62) N003 I-PULSE M2 SERIES PK NZ -N003 (1.3 X 0.7) N004 I-PULSE M2 SERIES PK NZ -N004 (1.8 X 1.2) N005 I-PULSE M2 SERIES PK NZ -N005 (3.0 X 2.0) N006 I-PULSE N006 NOZZLE OD : 4.5 / ID : 3.5 ** N012 I-PULSE N012 NOZZLE OD : 2.0 / ID : 0.8 ** N013 I-PULSE N013 NOZZLE OD: 2.5 / ID : 1.2 ** N017 I-PULSE M2 SERIES PK NZ -N017 (3.6 X 0.6)(W/RUBBER PAD) N018 I-PULSE M2 SERIES PK NZ -N018 (6.0 X 1.2)(W/RUBBER PAD) N019 I-PULSE M2 SERIES PK NZ -N019 (8.0 X 1.2)(W/RUBBER PAD) N020 I-PULSE M020 NOZZLE (W/RUBBER PAD) ** M7, M8 Nozzles (P Series Nozzles) Description: Model Part Number Description P001 LC6-M7701-001 P001 0.5x0.4 P002 LC6-M7703-001 P002 0.9x0.6 P003 LC6-M7705-001 P003 ø1.3/ø0.65 P004 LC6-M7707-001 P004 ø1.8/ø1.2 P005 LC6-M7709-001 P005 ø3.0/ø2.0 P006 LC6-M770B-001 P006 ø4.5/ø3.5 P012 LC6-M770D-001 P012 ø2.0 Melf P013 LC6-M770F-001 P013 ø2.5 Melf P017 LC6-M770H-001 P017 ø4.0 Rubber P018 LC6-M770K-001 P018 ø6.0 Rubber P019 LC6-M770M-001 P019 ø8.0 Rubber P020 LC6-M770P-001 P020 ø10.0 Rubber

Minimum Order: 1 bags

Part number : 40011046 Description : Juki nozzle 500 ASSY, 1.0 X 0.5 (1005/1608) Part number : 40001339 Description : JUKI nozzle 501 ASSY, OD/ID Ø3.5 / Ø1.7 Part number : 40001340 Description : JUKI nozzle 502 ASSY, Ø0.7 / Ø0.4 Part number : 40001341 Description : JUKI nozzle 503 ASSY, Ø1.0 / Ø0.6 Part number : 40001342 Description : JUKI nozzle 504 ASSY,Ø1.5 / Ø1.0 Part number : 40001343 Description : Juki Nozzle 505 ASSY, Ø3.5 / Ø1.7 Part number : 40001344 Description : JUKI nozzle 506 ASSY, Ø5.0 / Ø3.2 Part number : 40001345 Description : JUKI nozzle 507 ASSY, Ø 8.5 / Ø 5.0 Part number : 40001346 Description : JUKI nozzle 508 ASSY, Ø 9.5 / Ø 8.0 Part number : 400102263 Description : JUKI nozzle 509 ASSY, Ø0.1/Ø0.4 Part number : E3615-729-0A0 Description : JUKI nozzle 510 ASSY, Ø1.5/Ø0.6V Part number : E3616-729-0A0 Description : JUKI nozzle 511 ASSY, Ø2.0/Ø1.2V Part number : E3617-729-0A0 Description : JUKI nozzle 512 ASSY, 9.0 X 1.6 Part number : E3629-729-0B0 Description : JUKI nozzle 520 ASSY, 6.0 X 1.6 Part number : E3630-729-0B0 Description : JUKI nozzle 521 ASSY, 6.0 X 0.8 Part number : E3636-729-0B0 Description : JUKI nozzle 527 ASSY, 3.0 X 1.0 Part number : E3638-729-0B0 Description : JUKI nozzle 529 ASSY, 2.0 X 0.9 Part number : E3639-729-0B0 Description : JUKI nozzle 536 ASSY, 4.0 X 0.9 Part number : 597 Description : JUKI nozzle 597 ASSY, Ø5.0 Part number : 629 Description : JUKI nozzle 629 ASSY, Ø2.6

Minimum Order: 1 bags

YAMAHA FEEDER CL 0201mm KW1-M1500-000 CL 0201mm KW1-M1500-110 CL 0201mm KW1-M1500-021 CL 0201mm KW1-M1500-030 CL 8×2mm KW1-M1300-000 CL 8×2mm KW1-M1300-110 CL 8×2mm KW1-M1300-020 CL 8×2mm KW1-M1300-030 CL 8×4mm KW1-M1100-000 CL 8×4mm KW1-M1100-100 CL 8×4mm KW1-M1100-020 CL 8×4mm KW1-M1100-030 CL 12mm KW1-M2200-314 CL 12mm KW1-M2200-312 CL 12mm KW1-M2200-301 CL 12mm KW1-M2200-300 CL 16mm KW1-M3200-022 CL 16mm KW1-M3200-222 CL 16mm KW1-M3200-100 CL 16mm KW1-M3200-223 CL 24mm KW1-M4500-000 CL 24mm KW1-M4500-015 CL 24mm KW1-M4500-041 CL 32mm KW1-M5500-000 CL 32mm KW1-M5500-015 CL 32mm KW1-M5500-041 CL 44mm KW1-M6500-000 CL 44mm KW1-M6500-015 CL 44mm KW1-M6500-041 CL 56mm KW1-M7500-000 CL 56mm KW1-M7500-015 CL 56mm KW1-M7500-041 CL 72mm KW1-M8500-000 CL 72mm KW1-M8500-015 CL 72mm KW1-M8500-0041 Thanks zoey@jinchensmt.co , m

Minimum Order: 1 bags

Detail Information: 1, Part Name: Samsung SM Stick Feeder 2, Usage: Feeder Tube IC 3, Voltage: 24V 4, Material: Aluminium 5, Weight: About 6KG 6, Size: 500x110x185 mm Thanks zoey@jinchensmt.com

Minimum Order: 1 bags

JUKI Electic Feeder EF08HS 40082683 JUKI Electric Feeder EF12FS 40085422 JUKI Electric Feeder EF16FS 40085423 JUKI Electric Feeder EF24FS 40085424 JUKI Electric Feeder EF32FS 40091553 JUKI Electric Feeder EF44FS 40091554 JUKI Electric Feeder EF56FS 40091555

Minimum Order: 1 bags

The Fixed Rockbreaker Boom System of YZH WHD1250 is a machine mainly used for secondary crushing of large materials such as ores, etc. The following is an introduction of its performance, features, advantages, parameters and use cases: Parameters: hydraulic station power of 30-75kw, working arm weight (excluding hammer) 12430mm, maximum working radius 14470mm, maximum vertical working radius 12200mm, minimum vertical working radius 3470mm, maximum height 9010mm, swing angle 360°. Performance: It adopts electro-hydraulic drive and is equipped with imported high-quality hydraulic crushing hammer with large crushing capacity. Smooth operation, can be in the complex working conditions of the site continuous operation, can effectively crush 400-1500 mm of large ores and other materials, to assist the main crusher efficient feeding. Features: with diversified intelligent control methods, support video monitoring and remote control, remote control distance up to 10-20km. adopts modular design, can quickly adapt to the different needs of customers, can also be equipped with a variety of front-end tools, to achieve multi-functionality. In addition, it can work stably for a long time in harsh environments such as corrosion, explosion-proof and high altitude. Advantages: safe and reliable, equipped with high-performance shock absorbing system, which can reduce the damage of impact load on the whole machine and infrastructure. Energy-saving and environmentally friendly, motor-driven compared to traditional diesel equipment, energy costs reduced by more than 50%, and low noise of hydraulic vibration crushing. At the same time, high maintenance, failure rate compared with traditional diesel equipment to reduce 80%, can be a full year without downtime maintenance, reducing maintenance costs and time costs. Use Case: It can be installed in high mountain mines at an altitude of 3,700 meters, and the operator can operate it through remote video in the office below the mountain, and remotely control the mechanical arm to crush the large stone blocks jammed in the mouth of the grizzly screen and gyratory crusher, which effectively solves the clogging problem in the crushing process of the mines, and guarantees the smoothness of the production process.

In over three decades working around sealing solutions, one recurring question keeps coming back from customers: Is there a seal that can survive in tight spaces, under pressure fluctuations, without wearing out too quickly? The answer is not a single product, but rather a design approach. That is where the Combination Seal series comes into play. What is a Combination Seal? Instead of relying on one sealing element, a combination seal integrates two or more materials or geometries into one compact unit. Each part contributes something different: one layer might provide elasticity and tight fit, while another ensures low friction and durability. A common example is in hydraulic cylinders. Relying solely on an O-ring or a lip seal will not last long under high loads. But pairing PTFE with an elastomer energizer creates a far more resilient solution. PTFE delivers wear resistance and low friction, while the elastomer ensures close contact with the groove. This hybrid design is why many in the industry simply call them “combination seals.” Why Engineers Choose Them The strength of combination seals is versatility. · Materials: options range from NBR, FKM, and polyurethane to filled PTFE. The mix can be tailored to the operating environment—whether that means high temperatures, aggressive media, or abrasive conditions. · Pressure handling: while standard hydraulic seals often top out at moderate loads, combination seals can comfortably work in systems reaching and exceeding 35 MPa. · Compact design: when there is no extra room in the housing, the combined seal still delivers both sealing and guiding functions in one compact profile. In short, these seals give designers breathing room: higher performance without demanding bigger housings. Lessons From the Field A good illustration came from a wind turbine main shaft project we handled a few years back. The customer had tried single-lip seals, but after only six months the seals wore out and leakage started. We re-engineered the sealing system with a polyurethane outer ring and an FKM O-ring energizer inside. The result? The lifetime doubled, and unplanned downtime was cut in half. This is what convinces engineers and distributors alike: it is not about a catalogue part, but about matching the seal to the real environment. From talking with dozens of dealers and wholesalers, three priorities come up again and again: · Speed – stock availability and fast dispatch make or break a supply chain. · Customization – many end users face unique dimensions; the supplier must be able to adapt. · Technical backup – having experts to talk through an issue is as important as the product itself. At NQKSF, these points shaped the way we work. We keep thousands of O-rings, seals, and kits on hand for immediate delivery. We also handle custom runs, from material selection through prototype testing. And with 30+ years of hands- on projects behind us, our team can suggest system-level optimizations, not just ship a part number. Why NQKSF? The sealing market is crowded. So why do global brands and local distributors continue to work with us? · We are a manufacturing company, not a pure trading office, so production and delivery are under direct control. · Recognized as one of the leaders in sealing technology, with a full product range and broad inventory. · Products are shipped to over 80 countries, supplying both OEMs and aftermarket needs. · Certified as a provincial technology innovation center, specialized & innovative enterprise, and high-tech company. · Located in one of China’s most advanced industrial clusters, giving us access to strong supply chain support. These are not just badges; they reflect how customers experience smoother cooperation. One overseas distributor once told me the main reason they chose us was simple: “When we hit a problem, there’s someone to solve it instead of passing the buck.” Where They Are Used Combination seals are found anywhere equipment cannot afford leaks or downtime: · Hydraulic pumps and motors · Gearboxes and engines · Construction and agricultural machinery · Metallurgy and chemical equipment · Wind turbines and renewable energy · Transportation: rail, marine, heavy trucks All these sectors share one reality—downtime is expensive. A small seal failure can cause huge maintenance costs. The role of combination seals is to minimize that risk. Questions Buyers Often Ask Q: Can combination seals replace O-rings? A: Not entirely. O-rings remain the most universal solution, but when pressure is high or movement is large, combination seals are more reliable. Q: What about lead times for bulk orders? A: Standard items are dispatched the same day. Customized solutions typically take two to three weeks. Q: How do you help distributors avoid overstocking? A: We provide phased deliveries and advice on which dimensions are most in demand, keeping inventory healthy. Combination seals are not a brand-new invention, but they fill the gaps that traditional single-element seals cannot. For equipment manufacturers, they mean reliability. For distributors, they mean stronger competitiveness. For us in the sealing trade, they represent a smarter way of thinking—leveraging materials and design, rather than pushing any single product.

Minimum Order: 500

Discover the benefits of coarse glass media (1.0-3.0MM) for your pool filtration system. Achieve crystal-clear water, enhanced energy efficiency, and eco-friendly maintenance with our durable, recycled glass media. Perfect for residential and commercial pools. Contact TENROADS to upgrade your pool filtration today! When it comes to maintaining a pristine pool, the choice of filtration media plays a crucial role. While traditional sand has been widely used, coarse glass media (1.0-3.0MM) is emerging as a superior alternative. In this blog post, we’ll delve into the advantages of using coarse glass media for your pool filtration system and why it might be the best choice for you. In Australia, coarse glass filtration media is a popular and efficient option for pool filtration systems. These products are made from 100% recycled glass, offering both environmental benefits and superior filtration capabilities compared to traditional sand filters. Pool filter glass media is an advanced and eco-friendly option for swimming pool filtration systems, offering significant advantages over traditional sand filters. What is Coarse Glass Media? Coarse glass media is made from recycled glass that has been crushed and polished to a specific size range, in this case, 1.0-3.0MM. This size range is particularly effective for pool filtration, balancing efficient filtration and optimal water flow. The media typically has a smooth surface and is chemically inert, which makes it highly durable and less prone to harboring bacteria and algae compared to sand. Benefits of Coarse Glass Media (1.0-3.0MM) ▶ Enhanced Filtration Efficiency: Coarse glass media can trap particles as small as 5 microns, significantly finer than what traditional sand can capture. This results in cleaner, clearer water and a more enjoyable swimming experience. ▶ Improved Water Flow: The 1.0-3.0MM size range allows for better water flow through the filter, reducing the strain on your pool pump. This can lead to improved energy efficiency and lower operational costs. ▶ Eco-Friendly Option: Made from 100% recycled glass, coarse glass media is an environmentally responsible choice. By opting for glass media, you’re contributing to waste reduction and promoting sustainability. ▶ Long-Lasting Durability: Coarse glass media is more durable than sand, often lasting up to three times longer. This means fewer replacements and lower maintenance costs over the lifespan of your pool filter. ▶ Reduced Chemical Usage: With its superior filtration capabilities, coarse glass media helps maintain balanced water chemistry with fewer chemicals. This is not only cost-effective but also better for swimmers’ health and comfort. ▶ Lower Backwashing Frequency: The efficient filtration provided by coarse glass media means you’ll need to backwash your filter less frequently. This saves water and reduces the time and effort required for pool maintenance. ▶ Bacterial Resistance: The smooth surface of glass media discourages bacterial growth, a common issue with porous sand. This leads to healthier pool conditions and reduced chemical use.

Ft wax is an excellent, high-end candle-making material, particularly suitable for producing high-quality container candles, pillar candles, and decorative candles. High melting point: The melting point range is very broad (typically between 90-110°C), making it ideal for candles requiring high heat resistance. Hard texture: The candles produced are very hard, resistant to scratches and deformation, with a smooth surface. Low/no oil content: It contains almost no oil, meaning it burns smoke-free, odourless, and clean. Excellent shrinkage: It has a high shrinkage rate when cooling, making it very easy to remove from moulds. White/transparent: It is naturally white in colour, making it an excellent base for colouring, capable of producing vibrant hues.