Offers to Sell

Q777 is the latest Waysion’s offering which is specially designed by keeping in view the latest market trends. It is an all-in-one rugged detachable, portable, and high-performance vehicle-mounted Mobile Data Terminal that provides an outstanding user experience. Q777 is the 7-inch special, smart and intelligent mobile data terminal with a bright and daylight viewable TFT-LCD, LED backlight. Moreover, it is equipped with Android 11 OS, lithium-polymer based high-capacity battery and Quad-Core A55 ARM processor which results in high-performance prolonged battery backup and low power consumption. In addition to this, various features such as different wireless communication modules, make it as the best choice. Taking all these factors into consideration, it can be a perfect companion for a mobile workforce in transportation and logistics.

As an important additive, micronized wax has an irreplaceable role in the field of ink coatings. It can significantly improve the surface properties of ink coatings, enhance scratch resistance, abrasion resistance, anti-adhesion, as well as improve the feel and control the gloss. In addition, the micronized wax can prevent pigment settling and cooperate with matte powder to produce matte paint. There is a wide range of micronized waxes, mainly including Fischer-Tropsch waxes, polyethylene waxes, polypropylene waxes, polytetrafluoroethylene waxes and modified micronized waxes. Among them, Fischer-Tropsch wax is a kind of unbranched linear wax with low melting point and excellent smoothness and dispersibility; polyethylene wax has excellent anti-friction, anti-scratch, anti-adhesion and light retention; polypropylene wax has higher softening point and hardness, and has outstanding anti-adhesion and abrasion resistance; polytetrafluoroethylene wax has a high melting point, high density, and has excellent comprehensive performance, but is difficult to be dispersed and has a higher price; and modified micronized wax combines many advantages by modifying other waxes through a specific process. Modified micronized waxes combine the advantages of other waxes through a specific process.

Polyester fiberfill, also known as polyfill, is a synthetic material made from polyester fibers processed to create a fluffy, lightweight, and resilient filling. It is commonly used as stuffing or padding in various products, including pillows, cushions, quilts, stuffed toys, and upholstery. Key Characteristics: Softness and Resiliency: Polyester fiberfill offers a soft texture with superior resiliency, ensuring that filled items maintain their shape and comfort over time. Hypoallergenic: Being non-allergenic, it is suitable for individuals with sensitivities, making it a preferred choice for bedding and toys. Durability: The material is durable and maintains its loft, providing consistent support and cushioning. Applications: Bedding: Used in pillows, comforters, and mattress pads to provide softness and support. Furniture: Commonly utilized in cushions and upholstery to enhance comfort and aesthetics. Toys and Crafts: Ideal for stuffing plush toys, dolls, and various craft projects due to its pliability and ease of use. Environmental Considerations: While traditional polyester fiberfill is derived from petroleum-based resources, there are eco-friendly options available. For instance, VNPOLYFIBER offers recycled polyester fiberfill made from 100% environmentally friendly bottle flakes, providing a sustainable alternative without compromising quality. Specialized Variants: Siliconized Polyester Fiberfill: This type is treated with a silicone coating, resulting in a slick finish that prevents bunching and enhances the smoothness of the filling. It also possesses antimicrobial and hypoallergenic properties, making it resistant to bacteria and dust accumulation. In summary, polyester fiberfill is a versatile and widely used filling material known for its softness, durability, and hypoallergenic properties, suitable for a broad range of applications from bedding to crafts.

Minimum Order: 22

Hollow conjugated fiber is a type of polyester staple fiber characterized by its unique hollow tubular structure and a three- dimensional helical crimp. This design enhances properties such as warmth retention, fluffiness, and resilience compared to traditional solid fibers. Key Characteristics: Enhanced Warmth and Fluffiness: The hollow structure traps air, providing superior insulation and a plush feel. High Elasticity and Resilience: The conjugated (twisted) configuration offers excellent elasticity, allowing the fiber to maintain its shape and loft over time. Moisture Management: These fibers exhibit good moisture-wicking properties, promoting breathability and comfort. Applications: Due to these attributes, hollow conjugated fibers are widely used in various applications, including: Fillings: Ideal for pillows, cushions, quilts, and stuffed toys, providing softness and durability. Insulation Materials: Used in thermal clothing and outdoor gear for enhanced warmth without added weight. Nonwoven Fabrics: Employed in producing nonwoven materials for filtration, padding, and wadding purposes. Variations: Hollow conjugated fibers can be treated with different finishes to suit specific needs: Siliconized: A silicone coating is applied to impart a smoother texture, enhancing the fiber's softness and making it feel more like natural down. Non-Siliconized: Without the silicone finish, these fibers offer a slightly firmer texture, suitable for applications requiring more structure. Overall, hollow conjugated fibers are valued for their combination of comfort, functionality, and versatility across various textile and industrial applications.

Minimum Order: 22

AAK customizes hydraulic manifold blocks for customers in multiple countries, including Germany, the United States, Russia, and Israeli military clients. We strictly control the selection of materials, processing techniques, surface treatment, cleaning, and inspection to ensure the reliability and longevity of hydraulic manifold blocks like below: 1. Materials and Pretreatment 1) Material Selection  The valve block material should have a dense structure and be free of defects such as sand holes and interlayers. If necessary, non-destructive testing should be carried out.  If forging blanks are used, they need to undergo normalizing treatment to eliminate internal stress and non-destructive testing. 2) Pretreatment  Cast iron or large steel parts require aging treatment or pretreatment. 2. Machining process 1) Surface processing  The surface roughness of the hydraulic valve block must meet the design requirements, and the installation surface (such as the contact surface of hydraulic valves and pipe joints) must not have scratches to prevent leakage  Rough machining requires reserved precision grinding allowance, and the surface roughness Ra value after precision machining should meet the accuracy requirements. 2) Chamfering and deburring  Edge chamfer 2 × 45 ° (small valve body chamfer × 45 °), keep the oil passage hole sharp and remove burrs.  All flow channels (especially intersections) need to be thoroughly cleaned of burrs to avoid residual effects on system stability. 3. Surface treatment and rust prevention 1) Coating and Marking  The surface can be plated with electroless nickel, with a thickness controlled between 0.008-0.012mm.  Steel seal markings should be placed next to each oil port, with a distance of ≥ 6mm from the hole opening, to avoid affecting the sealing performance. 2) Rust prevention measures  After processing, rust and dust prevention treatment should be carried out, and sealed and stored in a clean and dry environment. 4. Cleaning and assembly 1) Cleaning  Before assembly, the manifold block should be thoroughly cleaned using rust proof cleaning solution or kerosene/engine oil to ensure that blind holes and flow channels are free of iron filings and impurities.  Maintain pressure during flushing, and switch the solenoid valve to flush all channels. 2) Assembly  Check if the connectivity of the ducts is consistent with the schematic diagram, ensuring that the seals and components are all qualified products.  When using anaerobic adhesive to seal screws, it is necessary to clean the joint surface and let it stand for 24 hours before applying oil. 5. Inspection and Testing 1) Inspection  After processing, it is necessary to check the dimensional accuracy of oil ports, threads, counterholes, etc. Steel parts should be electroplated/blackened, and aluminum parts should be anodized for rust prevention.  The clearance between the valve spool and the valve hole is 0.005- 0.035mm, with a tolerance of 0.002-0.008mm for roundness/cylindricity. 2) Performance Testing  Before debugging, the circuit needs to be flushed for 10-20 minutes to verify reliability through withstand voltage testing and functional testing. Based on the above materials, processing, surface treatment, and inspection process specifications, the functionality and durability of the hydraulic manifold blocks produced by AAK is ensured. AAK HYDRAULIC VALVES (842) 2025-03-05

Minimum Order: 1 bags

Wood pellets are a sustainable and efficient fuel source, widely used for heating and biomass energy. To produce high-quality wood pellets, you need the right equipment and process. Here’s a quick guide: 1️⃣ Raw Material Preparation – Use dry sawdust, wood chips, or agricultural waste. The moisture content should be around 10-15% for optimal pelletizing. 2️⃣ Grinding & Drying – Larger wood pieces should be crushed into fine particles using a hammer mill. If the material is too wet, a dryer is required. 3️⃣ Pelletizing Process – A wood pellet maker compresses the prepared material into dense pellets under high pressure. Choosing a high-performance wood pellet maker machine like Kawise wood pellet mill ensures efficiency and durability. 4️⃣ Cooling & Packaging – Fresh pellets are hot and soft. After cooling, they become solid and ready for storage or sale. Using a reliable wood pellet mill helps maximize production efficiency while maintaining pellet quality. Looking for the best wood pellet maker? Check out Kawise for durable and cost-effective solutions!

Minimum Order: 1 bags

We are a leading manufacturer of PCB&PCBA in China more than 15 years. We specialize in producing samples and small/medium orders and there is no MOQ for orders. Our company's business scope includes PCB production, components purchasing, SMT, function testing, electronic product assembly. If you have a new project, I am looking forward your PCB and list. Hope to help your electronics business!

**High-Precision Graphite CNC Machine Tools for Advanced Manufacturing** Our **Graphite CNC machine tools** are specifically designed for high- precision graphite machining, providing exceptional accuracy, efficiency, and durability. Ideal for industries such as mold manufacturing, electronics, and aerospace, these advanced machine tools ensure superior surface quality and high-speed processing. ### Key Features: 1. **Ultra-Precision Machining** The **Graphite CNC machine tools** deliver micron-level accuracy, ensuring smooth surface finishes and intricate detailing for complex graphite components. 2. **High-Speed Spindle for Maximum Productivity** Equipped with a high-RPM spindle, the **Graphite CNC machine tools** enable rapid material removal, reducing cycle times while maintaining superior machining precision. 3. **Advanced Dust Collection System** Featuring an efficient dust extraction system, these machines effectively control graphite particles, ensuring a cleaner and safer working environment. 4. **Rigid & Vibration-Resistant Structure** Designed with a reinforced frame, these machines minimize vibrations and thermal deformation, ensuring consistent machining accuracy over extended periods. 5. **Versatile Industrial Applications** Perfect for machining EDM electrodes, graphite molds, and aerospace components, making these tools essential for high-performance graphite processing. Enhance your manufacturing capabilities with **Graphite CNC machine tools**, delivering exceptional speed, accuracy, and efficiency for demanding graphite machining applications.

Minimum Order: 1 bags

**High-Precision Graphite Lathes for Superior Machining** Our **Graphite lathes** are specifically designed for precision machining of graphite materials, offering high-speed performance, exceptional accuracy, and durability. These machines are widely used in industries such as aerospace, electronics, and mold manufacturing, ensuring smooth and efficient production of graphite components. ### Key Features: 1. **High Precision & Smooth Surface Finish** The **Graphite lathes** provide micron-level accuracy, ensuring excellent surface quality and precise detailing for complex graphite parts. 2. **Optimized for Graphite Machining** Engineered for high-speed cutting, these **Graphite lathes** minimize material loss and maximize productivity while maintaining superior cutting performance. 3. **Advanced Dust Collection System** To handle the fine graphite particles produced during machining, our lathes come equipped with an efficient dust extraction system, ensuring a cleaner workspace and longer machine life. 4. **Rigid & Vibration-Resistant Structure** With a robust frame and advanced damping technology, these lathes reduce vibrations, improving tool longevity and machining consistency. 5. **Versatile Applications Across Industries** Ideal for manufacturing graphite electrodes, molds, and precision components used in high-tech industries, making them essential for graphite processing. Upgrade your workshop with high-performance **Graphite lathes**, ensuring precision, efficiency, and reliability for all your graphite machining needs.

Minimum Order: 1 bags

Nestable Corrugated Steel Pipe: Flange-Type and Notch-Type for Easy Assembly Nestable Corrugated Steel Pipe is an innovative piping solution designed for efficient handling, transportation, and installation. Unlike traditional corrugated pipes, these pipes feature a unique nestable structure, allowing them to be bundled and nested together for space-saving storage and easier transport. This feature is particularly beneficial for remote projects or sites with challenging construction conditions. Nestable Corrugated Steel Pipe (CSP) is a versatile and efficient piping solution designed for a variety of construction and infrastructure applications. Available in two types—flange-type and notch-type—this pipe system offers ease of transportation, assembly, and installation. Nestable Corrugated Steel Pipe (CSP) is a versatile and efficient piping solution designed for a variety of construction and infrastructure applications. Available in two types—flange-type and notch-type—this pipe system offers ease of transportation, assembly, and installation.

Multi Plates MP200 Corrugated Steel Pipe Culvert for Reliable Drainage Solutions Multi-Plate Corrugated Steel Pipe Culverts, also referred to as Multi-Plate MP200 Assembled Culvert Pipes or Multi-Plate Assembly Corrugated Metal Pipe Culverts, are a type of corrugated steel pipe used in civil and infrastructure projects for drainage, stormwater management, and culvert applications. These culverts are constructed from multiple galvanized steel plates that are rolled and bolted together, creating a durable and corrosion-resistant pipe Multi Plates Corrugated Steel Pipe Culvert (MPCSP), also known as sectional plate or structural plate, is an advanced and versatile drainage solution designed for large-scale water management applications. Ideal for situations where standard corrugated pipes are too large or require varying thicknesses, MPCSP provides an efficient alternative for infrastructure projects requiring robust drainage systems. Multi Plates Corrugated Steel Pipe Culvert (MPCSP) is constructed by assembling multiple corrugated steel sheets, which are rolled into a wave-like pattern. These sheets are then securely joined together using plates and bolts, forming a durable, reinforced pipe. The corrugations in the metal enhance the pipe’s structural integrity, making it resistant to deformation, damage, and collapse under pressure. Multi Plates Corrugated Steel Pipe Culvert (MPCSP) is especially effective in applications that demand strength and reliability, such as flood control, sewer systems, and other civil engineering projects.

Two Plates Assembly Corrugated Steel Pipe Culverts for Efficient Water Flow Two Plates Assembly Corrugated Steel Pipe Culverts are a type of corrugated steel pipe culvert constructed by assembling two galvanized steel plates per ring. This design facilitates easier transportation and installation, especially for small to medium-sized culverts. The corrugated structure provides enhanced strength and durability, making it suitable for applications in drainage systems, road crossings, and other infrastructure projects. Two Plates Assembly Corrugated Steel Pipe Culverts are a type of durable and corrosion-resistant pipe used for various civil engineering and infrastructure applications. These culverts are constructed by bolting two half-round corrugated steel plates together to form a robust and round pipe. The modular design makes it easy to assemble and transport, especially for smaller diameter pipes, making them ideal for both domestic and international shipping.

Helical Corrugated Steel Pipe Solution for Culverts and Drainage Helical Corrugated Steel Pipe is a high-performance solution designed for culverts and underground drainage systems in highways, railways, and other infrastructure projects. Manufactured by rolling corrugated metal plates into a continuous circular form, it offers exceptional strength, flexibility, and durability. Helical Corrugated Steel Pipe (CSP) is a robust and versatile drainage solution, featuring a continuous spiral corrugation pattern. Unlike pipes assembled from corrugated structural plates, helical CSP is a single, integrated round structure that offers exceptional strength, durability, and flexibility. It is widely used in culverts, storm sewers, and various drainage systems due to its ability to handle heavy loads and adapt to diverse terrains.

Spiral Corrugated Steel Pipes Solutions for Culverts and Conduits Spiral Corrugated Steel Pipes, also known as Helical Corrugated Steel Pipes are versatile drainage solution widely used in municipal and industrial projects. The terms "spiral" and "helical" are interchangeable, varying only by regional naming conventions, but they refer to the same high-quality product. This pipe is commonly applied in municipal infrastructure projects and industrial parks as sewer pipes, drainage conduits, or culverts due to its superior strength, durability, and corrosion resistance. Its spiral corrugated design ensures efficient water flow and reliable performance in challenging environments. Spiral Corrugated Steel Pipes offer an optimal combination of strength, durability, and hydraulic efficiency. Featuring a spiral pattern and locking seam construction, they are made from high-quality galvanized steel sheets to ensure long-term performance. These pipes are available in various diameters and corrugation profiles, making them suitable for diverse project requirements, including culverts, drainage systems, and infrastructure solutions.