Offers to Sell

nematic liquid crystals making PDLC film Established in 2007, Qingdao QY Liquid Crystal Co., Ltd is a leading manufacturer specializing in high-quality nematic liquid crystals, primarily used in PDLC smart film and high grade of LC display. With over 18 years of nematic liquid crystals production expertise. Our LCs are widely exported to Europe, the United States, South Korea, and other global markets. The capable of our producing approximately 5000 kilograms per month. We signed the Exclusive Agency Agreement with our South Korean customer from 2011

Minimum Order: 20 square metres

Micronized wax is primarily used to enhance coatings' scratch resistance, abrasion resistance, smooth hand feel, and anti-blocking properties, finding extensive application in solvent-based coatings, oil-based paints, and similar fields. ‌ Core Functionality Micronized wax reduces friction through its spherical particle structure, strengthening the coating surface's resistance to abrasion; its uniform particle size distribution enables effective dispersion within coating systems, improving the physical properties of the paint film. ‌ Application Characteristics ‌Scratch Resistance & Wear Resistance‌: Polyethylene Micronized wax exhibits moderate hardness and a smooth surface, lowering the coefficient of friction to minimise scratch formation. ‌ ‌Anti-Caking & Smoothness‌: Micro-wax forms a lubricating layer within coatings, preventing caking while enhancing tactile properties (e.g., smooth or matte finishes). ‌ ‌Matting Effect‌: Certain formulations are suitable for thin-film coatings, simultaneously providing matting functionality.

1. The pressure bearing components of the pump are designed with thickening, and the casing is made of ductile iron, which has strong pressure bearing capacity. 2. The flow components of the pump are optimized and designed using CFD flow field analysis technology, resulting in high efficiency. 3. The static seal between the inlet section, middle section, and outlet section of the pump adopts metal seal and "O" ring double channel seal. The pump shaft seal adopts imported mechanical seal, which is safe and reliable. 4. The rotor adopts two balancing processes, static and dynamic, strictly controlling the rotor's weight, ensuring stable pump operation and minimal vibration. 5. The bearing is directly installed on the pump shaft to reduce assembly errors. The bearing adopts an enlarged design, with strong bearing capacity and long service life. 6. The shaft is made of high-quality heat-resistant chromium molybdenum alloy steel, which undergoes multiple heat treatments, non-destructive testing, and precision machining to achieve high precision, good steel hardness, and good high- temperature stability. 7. For the recovery of high-temperature condensed water, the pump uses corrosion- resistant, high-temperature resistant, and anti cavitation materials, and adds a first stage impeller for better anti-corrosion and anti cavitation performance. The maximum operating temperature can reach 220 ℃, and the maximum working pressure can reach 30KG/cm2 8. Adopting a unique shaft shoulder positioning structure, the impeller positioning is more reliable and operates safely. Suitable for high-temperature condensate water recovery, boiler feedwater, and can also be used for factory, urban, and mining water supply and drainage.

Minimum Order: 1 bags

We always insist on the principle "Quality of product. We supply different kinds of Products. at affordable prices with fast delivery, We sincerely welcome inquiries from small order to bulk order, and we are looking forward to developing co-operative relationships with partners around the world RETURN POLICY: Your satisfaction is our Goal. Please inspect your order upon delivery. If for any reason you are not satisfied with your purchase, please return your merchandise within 180 days for a prompt and courteous exchange or refund, whichever you prefer. For fast and convenient service, send your order inquiry to our WhatsApp or Email below; WhatsApp: +44 7887 016299 Email: Adulilahaherif101@gmail.com

Minimum Order: 2 barrels

IC Tubes are primarily used for packaging and shipping electronic components such as switches, relays, sensors, capacitors, connectors, power modules, semiconductors, and more. These are also known by several other names, including Antistatic IC Tubes, IC Shipping Tubes, ESD Tubes, Plastic IC Tubes, IC Storage Tubes, Tube Containers, and others. IC Tubes are commonly employed for transporting components from vendors to users and for loading components into machines that assemble circuit boards. They provide exceptional ESD protection while maintaining a low cost-to-product packaging ratio. With thousands of different configurations available, it’s important to note that there isn’t a “one-size-fits-all” solution for IC Tubes. Tube packaging is similar to Tape and Reel packaging in that it is designed to safely store and transport larger parts that may not be suitable for tape and reel packaging. In this method, sets of components are secured in specialized packaging, ensuring both safety and efficiency during transport and handling. Features of IC Tubes Anti-static, prevents jamming, free of impurities, and thorn-free High definition and good ductility Excellent wear resistance, product pressure resistance, and strong drop resistance High toughness, resistant to deformation High impact toughness with good water tightness and durability Simple installation, ideal for automatic production lines

The Black Conductive PE Film is primarily used for electrostatic discharge (ESD) protection and serves various industries where static control and mechanical strength are essential. The conductive film is also called Black Conductive Polyethylene Film, Black Conductive Film Tube, Conductive Film Coil, Low Resistance Black Conductive Film, Carbon-Based Heating Film, Drum Core Packaging Conductive Film Black Conductive PE Film can be used in industries such as electronics, medical devices, packaging, beauty and wellness, aerospace, military, optoelectronics, and heating applications, providing electrostatic protection and mechanical strength. These Conductive products are widely used in: clean room, purification workshop, photovoltaic power plant, LED factory, PCB factory, electronics factory, electrical factory, electronic equipment, wafer, LCD/LCM/LED, optoelectronics, chip semiconductor, laser head, Pharmaceuticals, chemical equipment, precision equipment, medical equipment, microelectronics industry, aerospace, military industry, electronic components, optoelectronic products, electronic devices, liquid crystal products, optoelectronic integrated products, etc. The production area where the grade is required.

The anti-static protective tape is also known as PE black conductive tape, black conductive tape, black anti-static protective tape, a black conductive film, PCB conductive tape, circuit board conductive tape, anti-static cover tape, black conductive film tape, black conductive Film strip, SIM card protection tape, UIM card protection tape, mobile phone chip card protection tape, etc. The black conductive anti-static protective tape is made of black conductive polyethylene material specially formulated by Tongxi. It has good electrostatic discharge performance and mechanical properties. It is closely entangled with the protected product. No matter how long it is placed,  Applications of Tongxi Anti Static Protective Tapes  These antistatic protective belts are widely used in: communication, LED factory, PCB factory, electronics factory, LCD/LCM/LED, optoelectronics, chip semiconductor, laser head, microelectronics industry, aerospace, military industry, electronic components, Optoelectronic products, electronic devices and other production areas that require ESD and purification grades. We also supply other products of anti-static series, such as anti-static shielding bags.

WHY APPLE WATCH SERIES 10 — Bigger display with up to 30 percent more screen area.* A thinner, lighter, and more comfortable design.* Advanced health and fitness features provide invaluable insights.* Safety features connect you to help when you need it.* Faster charging gives you 80 percent battery in about 30 minutes.* ADVANCED HEALTH INSIGHTS — Take an ECG anytime.* Get notifications if you have high or low heart rate or an irregular heart rhythm.* Understand your menstrual cycle and get retrospective ovulation estimates.* See overnight health metrics like heart rate, respiratory rate, and more with the Vitals app.* Track sleep and get notifications if Apple Watch detects signs of sleep apnea.* A POWERFUL FITNESS PARTNER — Measure all the ways you move with Activity Rings, which are customizable to match your lifestyle. Get advanced metrics for a range of workouts with the Workout app. Track the intensity of your workouts with training load. Use depth and water temperature sensors for your aquatic adventures. And Apple Watch comes with three months of Apple Fitness+ free.* CELLULAR CONNECTIVITY — With a cellular service plan you can send a text, make a call, and stream music without your iPhone nearby.* Use Apple Watch For Your Kids to set up Apple Watch for those who don’t yet have their own iPhone, so everyone can stay connected, active, healthy, and safe.* INNOVATIVE SAFETY FEATURES

Minimum Order: 1 bags

Anti-Static Wafer Pad PS is an anti-static packaging material specially designed for semiconductor wafers, which is mainly used to prevent damage to wafers caused by static electricity accumulation and discharge during storage, transportation and processing. Material and Properties: Anti-Static Wafer Pad PS is mainly composed of anti-static polystyrene (PS) material, which undergoes special processing to enhance its electrostatic dissipation properties. Its surface resistivity is typically maintained between 10^5 and 10^9 ohms/square to effectively prevent the buildup of static electricity. The Antistatic PS material itself exhibits strong mechanical characteristics such as moderate hardness, impact resistance, light weight, and ease of molding and processing, making it well-suited for the precise packaging needs of semiconductor wafers. https://www.tongxitech.com/

Aftertouch-enabled Keybed; 2,200+ Facty Sounds; 600+ Styles; Multi-fmat Recding 61-key Arranger Wkstation with Semi-weighted Comprehensive Connectivity XDS Crossfade Dual Player Onboard Effects

Minimum Order: 1 bags

Vertical Stand sold separately. With the PlayStation 5 Pro console, the world’s greatest game creators can enhance their games with incredible features like advanced ray tracing, super sharp image clarity for your 4K TV, and high frame rate gameplay

Minimum Order: 1 bags

Cover tape is a strip material used for SMD packaging of electronic products, often used in conjunction with carrier tape. Classification of cover tapes 1. Depending on the width of the matching carrier tape, there are different widths of cover tapes. Common widths are 5.3 mm (5.4 mm), 9.3 mm, 13.3 mm, 21.3 mm, 25.5 mm, 37.5 mm, etc. 2. There are three types of cover tapes according to the characteristics of the bonding between the cover tape and the carrier tape and the peeling off from the carrier tape, thermal cover tape (HAA), pressure sensitive cover tape (PSA) and the new universal cover tape (UCT). Characteristics of the SMD Packaging cover tapes 1. Tensile performance, will not break easily. 2. Anti-static to protect electronic components from damage. We are a professional cover tape supplier. Each type of tape offers different characteristics and benefits. Contact us to help you choose the tape that is best for you. 

Characteristic Description This machine is designed for cutting and stripping wire harnesses in industries such as new energy vehicles, power systems, and cables. It uses a 12 wheel track type wire feeding system to enhance the friction of the conveyed wire and ensure the accuracy of the cutting length and stripping head without any pressure marks on the wire surface. It also uses a bidirectional screw clamping wheel to accurately match the wire size with the center of the cutting edge, achieving a smooth stripping opening without scratching the core wire. The machine is fully computerized and debugged, and the wire length, cutting depth, stripping length, and wire clamping are all digitally operated through a full touch screen, which is simple and easy to understand.

Minimum Order: 1 bags

When it comes to sealing solutions in the energy sector, engineers and maintenance managers often debate whether to use oil seals or O-rings. Each type has its strengths, but understanding the operational context is key to making the right choice. In energy applications, from wind turbines and hydropower generators to oil & gas pipelines, proper sealing can prevent costly downtime and extend equipment life. Oil seals are typically preferred when there is a need to retain lubricants and prevent contamination. They are designed to fit around rotating shafts, providing a dynamic seal that resists oil leakage while keeping dust and debris out. Common materials include NBR, FKM, and HNBR, each selected based on chemical compatibility, temperature resistance, and expected wear. NBR is widely used due to its good general resistance to oils and moderate temperatures. FKM offers excellent high-temperature stability and chemical resistance, making it suitable for turbines or generator gearboxes. HNBR combines heat and chemical resistance with enhanced mechanical durability, ideal for heavy-duty industrial motors. O-rings, by contrast, provide a simpler static seal and are often used in flanges, valves, or pipe connections. They can handle higher pressures in static applications but are not designed for continuous rotational motion. Materials like EPDM, FKM, and PTFE are commonly used in energy equipment, selected based on exposure to chemicals, oils, and extreme temperatures. In hydropower or chemical plants, O-rings are frequently combined with backup rings to prevent extrusion under high pressure, ensuring a reliable seal over extended periods. A few practical considerations often guide seal selection. For rotating shafts in generators, oil seals are almost always preferred because the interface experiences continuous motion, and oil retention is critical. For pipe flanges in a chemical processing plant, O-rings may be better due to their simplicity, easier installation, and ability to withstand high static pressure. Additionally, space constraints, maintenance cycles, and availability of replacement components also influence the decision. In real-world scenarios, maintenance engineers often ask whether it’s possible to substitute one type for another to reduce inventory. While sometimes feasible, caution is required. Misapplication can lead to accelerated wear, leaks, or even equipment failure. Consulting the manufacturer’s material compatibility charts, pressure ratings, and temperature limits is essential. Moreover, combining oil seals and O-rings in hybrid configurations is not uncommon; for instance, using O-rings behind an oil seal can provide secondary containment, enhancing system reliability. Another factor is environmental exposure. Energy equipment often operates outdoors or in harsh chemical conditions. UV resistance, ozone resistance, and chemical corrosion resistance are critical considerations. For offshore wind turbines, seals must resist salt spray and varying temperatures, while in petrochemical plants, they may face aggressive solvents or acids. Choosing the right material and seal design is a careful balance of mechanical properties and chemical resistance. In terms of practical market perspective, distributors and wholesalers prefer suppliers who provide a wide range of both oil seals and O-rings with immediate availability. High-turnover industries like energy cannot afford long lead times, so stock levels, standardized sizes, and engineering support are crucial. The best suppliers offer both off-the-shelf standard components and tailored solutions to meet non-standard requirements, assisting clients in optimizing seal performance while reducing operational risk. Ultimately, deciding between oil seals and O-rings in the energy sector is not about which is “better” in general, but which is appropriate for the specific application. Rotating shafts, dynamic lubrication, and contamination control point to oil seals. High-pressure static joints, pipe connections, and chemical exposure favor O-rings. Combining industry knowledge with a clear understanding of equipment demands ensures reliable operation and longevity. Experienced engineers, distributors, and maintenance teams can leverage these insights to make informed decisions, minimizing downtime and ensuring consistent energy production. In conclusion, both oil seals and O-rings play indispensable roles in the energy sector. Correct selection requires attention to material, pressure, temperature, and motion type. Using the right seal in the right place not only extends equipment life but also safeguards operational efficiency, ultimately saving time and cost for industrial operations.

Minimum Order: 1000