Offers to Sell

Smoothness : ≥20 sec Thickness : 106±2 µm ISO Brightness : 95±1% CIE Whiteness : 160±3% ISO Opacity : ≥92 Features Fast copying High brightness High quality Jam free performance Eye catchy bluish white shade Optimized thickness Optimized smoothness Sharp & crisp images Price 80gsm : USD 0.65 / Ream 75gsm : USD 0.62 / Ream 70gsm : USD 0.60 / Ream

Minimum Order: 7800

- Use For Copy Machine, Laser Printer, Inkjet Printer. - Great smoothness for greater Office Efficiency and Confidence in Performance Delivery. - Cleaner, Brighter Whiter - Thicker Sheet Paper for Overall Superior Result. - Ideal for high volume office machines. - Two-sided usage gives the paper sheet high opacity. - Smooth paper surface makes sharp printing and copying. - Pack 500 Sheets (1 Ream). - Moist protected wrapper. Key Performance - No jam in Photocopy machines - No double feed - Stay flat after copying (even in laser) - Leave no dust in the copy machine - White and clean, Smooth and bulky - No see through pring in both side - Best result in Photocopy machines, Laser printers, Inkjet printer, Fax, etc. EXCLLENT PERFORMANCE DUE TO THE FOLLOWING CHARACTERISTICS: -Moisture Control - Makes the sheets stay flat in the copier and enchances runability -Low Dust Content - Minimizing Your copier runing cost. -Good Opacity - Double sided copying of the best quality -Smoothness _ Improving Printing Quality. -Bulky Sheet - Enhancing smooth runnability Best For Use with your Photocopier Laser Printer Fax Machine Ink-jet Copier 2 side copying Price 80gsm : USD 0.65 / Ream 75gsm : USD 0.62 / Ream 70gsm : USD 0.60 / Ream

Minimum Order: 7800

Brand: PaperOne (All Purpose, Copier, Digital) Size: A4 (210mm x 297mm) Substance: 80gsm, 75gsm, 70gsm Brightness: 102-104% above Color: white Whiteness: CIE167 Grade: All purpose Premium Paper Sheet in Ream: 500 Roughness: 140ml/Min Roughness: 140ml/Min Thickness: 110um Opacity: 95% Ream box: 5 Ream Quality: Very High Price 80gsm : USD 0.65 / Ream 75gsm : USD 0.62 / Ream 70gsm : USD 0.60 / Ream

Minimum Order: 7800

ONE CLEANING ROBOT FOR MULTIPLE CLEANING SURFACES AND SCENARIOS We are dedicated to providing you with state - of - the - art wholesale window cleaning robot, manufactured to perfection, and delivered on time and within your budget. Experience excellence in home cleaning appliance today！ FULLY UPGRADED SAFE AND INTELLIGENT Characteristics: Brand: LINCINCO Information is up-to-date: 26.09.2025 Read more Unbelievable price on LINCINCO WINDOW CLEANING ROBOT RN2-05 in (China) company LINCINCO Intelligent Technology Co., Ltd.

Minimum Order: 1 bags

12000PA high suction power - Dual Brush Sweeping, Suction and Mopping, Separate Sewage and Clean Water - Electrolyzed water sterilization, double roller brush, close to the edge of the sweeping - Hot air drying, upright protection Suction of Corner Stains New Oxygen Sterilization The floor brush can be attached to the edge of the design. Sucks up all the corners and edges Electrolyzed water removes bacteria Physical purification, no secondary pollution. Characteristics: Brand: LINCINCO Condition: New Protection rating: IP20

Minimum Order: 1 bags

We specialize Window cleaner robot lr21 in best intelligent window cleaner robot, with an 20000 sqm factory and skilled team. From sleek design to comprehensive OEM/ODM services, we offer cutting - edge technology tailored to your needs. Trust LINCINCO for innovative cleaning solution. Ask For Quote Now Characteristics: Country of manufacture: Taiwan

Minimum Order: 1 bags

Function:Wire winding, Round Coil, Flat bunch, Single/Double Bundle Tying Wire Diameter:≤φ3.3mm Tying Diameter:<20mm Bundle Diameter:45-80mm Front Side No-coil:20-60mm Rear Side No-coil:30-130mm Productivity:1200pcs/hr Dim , ensions(L x W x H ):1040x800x1560mm Power Supply:AC220V, 50/60Hz Features:Most suitable machine for wire and cable industry. With these machines, you will be able to bundle most of cable and wire products with large or small inner diameter iron core string. AC power cable DC power cable Headphone cable Audio cable USB data cable Video cable HDMI high-definition lines and other transmission lines Rubber core seal Bathroom rubber hose Clothes-hanger etc.

Minimum Order: 1 bags

8K Fiber Optic DisplayPort 2.1 Active Optical Cable-54Gbps,8K@60Hz, 4K@144Hz Fiber optic technology enables active optical cables (AOC) to transmit ultra-high bandwidth 8K UHD signals over long distances to 100meters. Copper cables struggle to transmit 4K @ 60Hz at 5 meters and have to switch to modular transmitter / receiver extenders to reach greater distances, while this DisplayPort fiber optic cable (M/M) is ideal for future-proofing your high-definition or UHD A/V application in anticipation of an 8K upgrade. Backward compatible with all your existing DisplayPort devices, including Blu-ray players, game consoles and 4K televisions, the FDPC-2101 Active Optical Cable can easily support DisplayPort 2.1 bandwidths of 54Gbps over hundreds of meters. With a transmission range of up to 100 meters, this 8K Fiber Optic DisplayPort2.1 AOC cable flawlessly transmit uncompressed, full Ultra HD 8K video signals. Simply connect the two connectors to the HDTV and the source device to get the connection. It is an excellent solution for home video connections, video games, schools, showrooms, A/V rentals, and more. Highlight Features: High-Quality Resolution: Supports 8K (7680×4320)@60Hz resolution, 4K@144Hz, backward compatible High Bandwidth: 54Gbps capacity,High Bit Rate 3 (HBR3) Lossless Transmission: Delivers 8K@60Hz visuals, VR, and 3D display signals over long distances Fast Refresh Rate: 144Hz 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 100m maximum length , custom length, logo, and packaging available Applications: LED Digital signage Home Theater Applications (Blue-Ray, 3D Video, Projectors, DVR, Game Consoles and Computers) Medical imaging equipment Airport boarding video information system Security monitoring system Conference Room Video Equipment TV Broadcast Station

When we talk about the reliability of a aircraft carriers and ships, we often think of engines, propulsion systems and control technologies. Yet one category of components quietly ensures that all these systems keep working under extreme pressure — the sealing elements. Whether it’s a large aircraft carrier or a smaller combat support ship, every system that moves, rotates, or contains fluid relies on seals that can withstand the harshest conditions on the planet. For professionals in the marine supply chain — distributors, shipbuilders, and equipment maintenance providers — understanding what defines a truly reliable seal is not only technical knowledge but also a key to better procurement and long-term performance assurance. The Role of Seals in Naval Engineering On an aircraft carrier, seals are more than just rubber rings. They are the frontline defense against system leaks, contamination, and mechanical wear. A single failure could lead to serious consequences — oil leakage in propulsion systems, water intrusion into gearboxes, or pressure loss in hydraulic circuits. Seals in this environment must perform under: Constant vibration and mechanical stress Continuous exposure to seawater and oil Temperature variations between engine rooms and outer decks Extended maintenance intervals Their role extends beyond sealing. They also stabilize mechanical motion, reduce friction, and prevent corrosion by isolating critical parts from external elements. Material Selection and Performance Requirements The material used for a seal determines how long it will survive in such a demanding environment. Naval engineers usually look for a balance between flexibility, resistance, and longevity. Below are commonly used materials in marine and defense sealing applications: FKM (Fluoroelastomer) – With exceptional heat and chemical resistance, FKM seals perform reliably in systems handling fuel, lubricants, and high- temperature oils. HNBR (Hydrogenated Nitrile Rubber) – A tough material offering superior resistance to oil, abrasion, and ozone, ideal for dynamic hydraulic and fuel systems. EPDM (Ethylene Propylene Diene Monomer) – Excellent for sealing against water, steam, and environmental exposure. Its resistance to weathering and saltwater makes it particularly suitable for deck equipment, hatches, and other external structures. PU (Polyurethane) – Known for its outstanding wear resistance and strength, PU is widely used for high-pressure dynamic seals, hydraulic cylinders, and equipment where impact loads are frequent. PTFE (Polytetrafluoroethylene) – Chemically inert and low-friction, perfect for rotating shafts and high-speed machinery. Metallic seals and reinforced alloys – Applied in extreme temperature or pressure zones, such as propulsion shafts and turbine systems, providing strength and corrosion protection. A well-chosen combination of these materials allows ship designers and engineers to achieve optimal sealing performance under varying conditions — from the high-pressure lines deep inside the hull to deck-mounted systems exposed to UV and salt spray. Design and Functional Expectations Modern naval seals are engineered for more than just static sealing. They are expected to handle misalignment, fluctuating loads, and complex motion profiles. Key performance expectations include: High pressure retention – Maintaining seal integrity even when system pressure fluctuates. Thermal stability – Ensuring consistent performance across wide temperature ranges. Corrosion resistance – Essential for exposure to seawater, fuel, and cleaning agents. Low friction and wear – Important for dynamic applications like rotating shafts. Ease of maintenance – Split-seal and modular designs allow for faster replacement, reducing downtime during overhaul. Reliability and Lifecycle Management From a supply perspective, the most valued seals are those that can sustain long operational lifespans while minimizing maintenance costs. In naval engineering, downtime is costly — not only financially but also operationally. That’s why many shipyards and distributors now emphasize seals with: Documented service hours and test data Compatibility with standard naval lubricants and hydraulic fluids Traceable production batches and consistent quality control Interchangeable sizes for simplified inventory management When seals are replaced, their performance consistency must match the original specification to avoid system imbalance or early wear. Reliable partners that provide technical documentation, sample testing, and after- sales service can greatly reduce risks in fleet operations. Standards and Compliance In military and maritime industries, seals must meet strict regulatory and safety standards. Depending on the application, they often require certification from bodies such as ABS, DNV-GL, or ISO. These certifications ensure that the materials, manufacturing process, and performance have been independently validated for safety and durability. For distributors, having products that comply with these certifications adds credibility and helps align with procurement requirements of shipyards, government projects, or maintenance contractors. Sealing components for aircraft carriers and ships represent a subtle yet essential foundation for operational safety and efficiency. A well- engineered seal must combine strength, adaptability, and chemical resistance while maintaining its performance across the vessel’s entire service life.

Minimum Order: 1000

5CB liquid crystal Qingdao QY Liquid Crystal Co., Ltd make nematic liquid crystals and LC materials for 18 years, the quality is superior in the world, we export lots of quantity of LC to USA, Korea and European countries, so please do not worry about the quality, thank you. And for all the nematic liquid crystals, we do not have the stocks, we can only make the new LC when there is the sample order or big orders, and for each making, there will be 10g loss during the process, so the price of making is much higher when the quantity is smaller, thanks.

Minimum Order: 20 square metres

1. Build an efficient magnetic circuit -The iron core is made of high magnetic conductivity material, providing a low magnetic resistance path for the magnetic field, so that the alternating magnetic field generated by the primary coil can be efficiently transmitted to the secondary coil, reducing the energy loss in the magnetic circuit. 2. Enhance the electromagnetic coupling -By closely coupling the magnetic flux of the primary and secondary coils, the Amorphous Alloy Type Transformer Iron Core  ensures that the voltage conversion strictly follows the turn ratio and reduces the magnetic leakage phenomenon, thus improving the efficiency of the transformer. 3. Inhibit the energy loss -eddy current loss: the laminated structure is used to block the eddy current path, while the high resistivity of the silicon steel sheet further reduces the eddy current loss. 4. Impact on the performance parameters -High magnetic conductivity reduces no-load current and reduces energy waste during no-load operation. 5. Auxiliary functions -As a mechanical skeleton support winding to maintain structural stability. 6. The iron core is the core of efficient energy transfer in transformers, ensuring voltage conversion with minimal loss through magnetic conductivity, coupling, and loss control

Epoxy resin cast dry-type transformer is a high-performance dry-type transformer characterized by superior electrical strength, mechanical durability, and heat resistance. It is an excellent choice for urban power grid transformation projects. Manufactured using advanced production and testing equipment in accordance with stringent technological standards, this transformer offers high reliability and a long service life. Depending on the application environment, it can be equipped with various levels of protective shell or without a shell. This makes it suitable for a wide range of environments including high-rise buildings, commercial centers, hospitals, airports, subways, tunnels, densely populated residential areas, as well as special environments such as oil refineries, chemical plants, nuclear power plants, and nuclear submarines. Basic information Type: Dry Type Transformer Phase: Three Service Voltage: 6KV~11KV Rated Capacity: 30KVA~2500kVA Vector group:Yyn0, Dyn11 Cooling type: ANAF Core material: CRGO Winding material: Copper/aluminum Purpose:Three-phase dry type transformers are intended for transforming of electric energy in networks of power systems and in energy consumer networks.

Epoxy resin cast dry-type transformer is a high-performance dry-type transformer characterized by superior electrical strength, mechanical durability, and heat resistance. It is an excellent choice for urban power grid transformation projects. Manufactured using advanced production and testing equipment in accordance with stringent technological standards, this Low voltage Dry Type Transformer offers high reliability and a long service life. Depending on the application environment, it can be equipped with various levels of protective shell or without a shell. This makes it suitable for a wide range of environments including high-rise buildings, commercial centers, hospitals, airports, subways, tunnels, densely populated residential areas, as well as special environments such as oil refineries, chemical plants, nuclear power plants, and nuclear submarines. Dry Type Electric Transformer Features: ·High voltage winding High voltage winding is with epoxy resin filled vacuum casting, which greatly reduces the partial discharge and improves the electrical strength of the coil. The inner and outer walls of the winding with glass fiber mesh plate filling, improves the impact toughness of the coil and the ability of resistance to sudden short circuit of the transformer. The coil is never dry crack. ·Low voltage winding The foil structure of the low-voltage winding solves the problem of radial helix angle when winding with wire, and makes the ampere-turns more balanced. At the same time, the coil uses radial cooling air pipe, which improves the heat defeat ability. The winding solid layer uses DMD epoxy resin prepreg , and the overall is dry solid forming. ·Iron core The iron core is made of high-quality cold-rolled silicon steel sheet, 45° full oblique joint structure; The core column is bound with F grade weftless adhesive tape, and the core surface is wrapped with epoxy resin, which reduces no-load loss, no-load current and iron core noise. Clamping parts and fasteners are treated with a unique surface to further improve the appearance quality of the product. 

The S22 series Three Phase Oil Immersed Transformers are constructed using high-quality 30P series silicon steel from Shougang and Shanghai Baosteel, featuring foil-wound electromagnetic coils and advanced insulation materials and processes. Three phase oil immersed transformers are designed with high heat resistance, high impact resistance, and a fully sealed structure to ensure stable transformer oil quality, extending maintenance intervals.  The entire oil tank is composed of wavy chip radiators, treated with phosphating and double-layer anti-rust coating, providing excellent aging resistance.  The S22 series is a new energy-efficient Three Phase Oil Immersed Transformer with a rated capacity ranging from 30KVA to 2500KVA, suitable for power systems operating at voltages between 6KV and 11KV, making it the primary equipment for small and medium-sized substations. Product Standards: ·IEC 60076 Standard System for Power Transformers ·GB 1094 Power Transformer ·GB/T 15164 Oil-immersed power transformer load guide ·GB/T 6451 Three-phase oil-immersed power transformer technical parameters and requirements