Other Industrial Equipment

0.6M Automatic Ultrasonic Pleating Machine (NK-JM2012-600) ·  NEKON brand pleat cotton machine is a kind of efficient fabric sewing equipment. Mainly used for non-woven fabrics, cotton, artificial leather slitting suture. ·  NEKON brand pleat cotton machine adopts the latest ultrasonic technology, with advanced technology, reasonable structure, reliable operation, easy to operate and so on. ·  Our ultrasonic pleating machine is a highly adaptable solution for producing a wide range of pleat designs with precision and efficiency. It supports straight, wave, and bamboo leaf pleats, as well as custom combination patterns—enabled by an advanced scene-changing and pattern-drawing mechanism. ultrasonic pleating machine is compatible with various materials, including chemical fiber, blended fabrics, leather, and paper, making it ideal for both fashion and industrial applications. ·  Pleated materials created by this equipment are widely used in apparel, home textiles, and automotive interiors, adding depth, texture, and visual appeal to garments, curtains, seat covers, and more. (1) After using ultrasonic vibration to pressurize the roller, the function described above can be obtained. (2) There is no smoke, spark, and no damage to the fabric edge during processing, and rough edges can also be avoided. (3) manufacturing does not need to preheat, and can be continuously operated (4) Simple mechanical operation, easy maintenance, the use of 20KHZ low noise ultrasonic, anti-noise interference

1.2M Automatic Ultrasonic Embossing Machine(NK-JM2012-1200) 1.2m Foot Mat Embossing Machine – NEKON Automatic Ultrasonic Embossing Equipment The 1.2m foot mat embossing machine (model NKJM20121200) by NEKON is a highperformance, fully automated ultrasonic embossing & laminating system, specially engineered for embossing automobile foot mats and similar materials. NEKON automobile foot mat embossing machine, ultrasonic mold using titanium alloy material, titanium alloy material is not only expensive materials, and difficult to process, resulting in ultrasonic titanium alloy mold price is three to four times higher than ultrasonic aluminum alloy mold and ordinary ultrasonic steel mold. Although the titanium mold price is high, but it has good acoustic conduction characteristics and tensile strength, so that the ultrasonic pleat cotton machine in continuous work will have a good output, and the heat is small, not easy to burst, so that the whole machine has good stability, suitable for the production of car mat and thickened filter material.  Application & Target Industries Automotive Foot Mats: Precise embossing with clear patterns, no needle holes; Functional Fabrics & Synthetic Materials: Such as non-woven fabric, synthetic leather, polyester cotton, etc.; High-output Embossing Industries: Including packaging materials, home textiles, hygiene products, automotive interior parts, and more.

1.8M Automatic Ultrasonic Laminating Machine(NK-JM2012-1800) The South Nekon 1.8m Automatic Ultrasonic Lamination Machine is specialized equipment designed to bond layers of nonwoven fabric using ultrasonic energy. Key features include: 1. Ultrasonic Bonding: High-frequency ultrasonic vibrations generate heat at the contact points of the fabric layers, melting and fusing them together. 2. No Adhesives or Stitching Needed: The bonding process eliminates the need for glue or sewing, ensuring a clean and efficient operation. 3. Enhanced Material Properties: The machine produces nonwoven materials with improved strength, durability, and flexibility. 4. Wide Applications: Commonly used for medical textiles, hygiene products, and filtration materials. The ultrasonic laminating machine is a seamless, glueless compounding device. It operates on the ultrasonic principle, enabling needle-free and wireless bonding and embossing of various materials, including chemical fiber fabrics, non-woven fabrics, spray cotton, artificial leather, and more. https://www.nekonultrasonics.com/

Ultrasonic Velcro slitting machine(NK-FM2018) The NK-FM2018 ultrasonic Velcro slitting machine delivers industry-grade, factory-ready precision for high-quality hook-and-loop tape production. Using 20 kHz ultrasonic power to add localized cutter pressure, the unit cuts and seals synthetic webbing, Velcro, non-wovens and artificial leather in one clean operation — producing fray-free, uniform edges without burning, sparks or adhesives. Built for continuous production with low noise, simple mechanical maintenance and adjustable running parameters, NK-FM2018 minimizes material waste and rework while improving visual finish and product durability. Ideal for apparel, bags, footwear and packaging lines that demand consistent, repeatable slitting with easy operation and robust industrial components. Features of ultrasonic Velcro slitting machine (1) After using ultrasonic vibration to add cutter pressure, the function described above can be obtained. (2) When the equipment is running, it does not smoke, does not spark, does not loose the edge of the material, does not need edge, does not burn, and can avoid rough edges. (3) Do not need to preheat before starting, and can work continuously (4) Simple mechanical operation, easy maintenance, the use of 20KHZ low noise ultrasonic, greatly reduce noise interference

Our company supply Larox spare parts Plate, frame, rubber diaphragm, grille, filter cloths, sealing, rollers, hose, filter spares and other spare parts For detailed information Please contact us.

Larox Filter Cloth Ou Filter Technology Co., Ltd supply the filter cloth collection. Based on decades of experience, we offer customers the best filter cloth quality, price and delivery times. The filter media is an essential part of the filtration process. Our belt series filter fabrics are mainly use for auto filter machine (Finland Larox, Germany HOESCH type, OS type, DS type and Russia) and band type press filter machine.

Minimum Order: 1 bags

Stainless Steel Valve Stems https://www.yyvalveball.com/productstags/ , stainless-steel-valve-stems.html Features and Advantages: Premium Material Quality Our stainless steel valve stems are made from carefully selected, high-quality materials that meet or exceed industry standards. We use top-grade stainless steel alloys such as 304, 316, and 420 to ensure excellent corrosion resistance, strength, and durability. All materials undergo rigorous testing to ensure they comply with customer specifications and drawing requirements. Precision Machining and Tolerances We understand that precision is crucial when it comes to valve components. Our valve stems are manufactured with tight tolerances to ensure proper fit and function in your valves. Whether you need standard or custom dimensions, our advanced machining capabilities guarantee accuracy, consistency, and the highest quality. Customization Options Yiyuan offers full customization based on customer drawings and specifications. Whether it’s for a unique application or specific operational requirements, we can adjust material composition, machining tolerances, surface finishes, and other features to suit your needs. We provide professional advice if any adjustments are necessary for optimal performance. Corrosion Resistance and Durability Our stainless steel valve stems are designed to perform reliably in harsh environments. Thanks to the corrosion-resistant properties of stainless steel, our valve stems are ideal for applications in industries such as oil and gas, chemical processing, water treatment, and power generation. These valve stems offer long service life and reduced maintenance costs. Rigorous Quality Control We have a stringent quality control process in place to ensure that each valve stem meets the highest standards. All products undergo detailed inspections, including dimensional checks, material testing, and function tests. Our team is committed to ensuring that every valve stem meets the required specifications and performs flawlessly in your applications. Competitive Pricing and Value At Yiyuan, we understand that price is a key factor for procurement decisions. We offer competitive pricing without compromising on the quality of our stainless steel valve stems. By purchasing in bulk, our customers benefit from cost-effective solutions, reducing their overall procurement expenses. Timely Delivery We understand the importance of meeting delivery deadlines. Yiyuan is committed to providing on-time delivery for all orders, whether large or small. We maintain a streamlined production process and efficient logistics to ensure that our valve stems arrive when you need them, without delays.

Custom Bonnet https://www.yyvalveball.com/bonnet.html< , br> Bonnet Custom bonnet refers to a bonnet specifically designed and manufactured to meet unique requirements or specifications beyond standard designs for ball valves or other types of valves. Custom bonnets are often needed for specialized applications where standard bonnets don’t meet performance, material, or dimensional needs. These might include high-pressure, high-temperature environments, or applications involving corrosive or hazardous fluids. Custom Bonnet Use: High-Pressure Applications: In the oil and gas industry, custom bonnets are often required to withstand extreme pressures in deep-sea or subterranean environments. Corrosive Environments: In chemical processing plants, custom bonnets made from specialty alloys like Hastelloy may be required to handle aggressive chemicals and corrosive fluids. High-Temperature Service: For applications like steam generation or petrochemical refining, personalized bonnets made from materials that can withstand high temperatures are critical.

https://www.by-micro.com/products/koh-develope , r.html Description The main components of KOH developer, KOH, surfactant and metal protective agent, can dissolve the uncured part of the photoresist and develop the part exposed to ultraviolet light, with faster development speed and higher selectivity. The optimal pH value for development is between 12-13. In addition, the developer also contains some auxiliary agents such as surfactants and antioxidants, which can also improve the performance of the developer and improve the development effect and stability. However, potassium hydroxide series developers contain mobile ion contamination (MIC), which is not suitable for high-performance display panels and integrated circuit industries that are very sensitive to pollution. Features 1. ​Strong alkalinity: KOH completely ionizes in water to generate K+ and OH− ions, which are highly alkaline and can react quickly with acidic substances or certain organic materials. ​2. High development efficiency: KOH developer has a high development rate for certain photoresists (such as positive photoresists) and can quickly dissolve unexposed parts. 3. ​Low cost: KOH is a common inorganic base with a relatively low price, so it has advantages in certain cost-sensitive applications. 4. ​Metal ion residues: KOH developer contains potassium ions (K+), which may remain on the wafer or substrate and have an adverse effect on the performance of semiconductor devices. Application ​1. Semiconductor manufacturing: In the early photolithography process, KOH developer was widely used for the development of positive photoresist, but as the purity and performance requirements of semiconductor processes increased, KOH was gradually replaced by metal-free developers such as TMAH. ​2. Printed circuit boards (PCBs): In PCB manufacturing, KOH developer is used to remove unexposed photoresist and form circuit patterns. ​3. Micro-electromechanical systems (MEMS): KOH developer is also used in MEMS processes, such as anisotropic etching of silicon wafers.

https://www.by-micro.com/products/tmah-develop , er.html TMAH Developer TMAH developer is a commonly used developer, and its main component is tetramethylammonium hydroxide. TMAH is an organic base with strong alkalinity, which can cause the developer to deposit on the silver salt grains to form a black silver image. Description TMAH Developer is a commonly used developer, and its main component is tetramethylammonium hydroxide. TMAH is an organic base with strong alkalinity, which can cause the developer to deposit on the silver salt grains to form a black silver image. On the other hand, it has its unique characteristics, that is, it will not leave metal ions during use, and can be decomposed into trimethylamine gas and methanol gas without leaving any traces after heating, and can be widely used in the modern electronics industry. In addition to TMAH, our company will also add some independently developed additives to adjust the speed and effect of the developer. In order to avoid the collapse of the photoresist lines, a small amount of surfactant can also be added to the TMAH aqueous solution. TMAH Developer (Tetramethylammonium Hydroxide) is a critical solution in the semiconductor manufacturing process, specifically for photolithography applications. It offers precise and consistent development of positive photoresists, enabling high-resolution patterning required in advanced microelectronics. Our TMAH Developer is designed to meet the rigorous demands of the industry, with customizable options to support diverse manufacturing and R&D needs. TMAH has strong alkalinity Tetramethylammonium hydroxide (TMAH) is a strong alkalinity organic base with a molecular formula of (CH3​)4​NOH. Its strong alkalinity is mainly reflected in its pH value greater than 13. It can quickly absorb carbon dioxide in the air to form carbonates, and its alkalinity is stronger than common inorganic bases such as sodium hydroxide (NaOH) and potassium hydroxide (KOH). The strong alkalinity of TMAH comes from the quaternary ammonium cations (CH3​)4​N+ and hydroxide ions OH− in its molecular structure. This structure makes it completely ionized in water and exhibits strong alkalinity.

https://www.by-micro.com/productstags/high-pur , ity-chemicals.html Our technology leadership and close customer collaboration ensure superior product quality and continued production of advanced electronic chemicals used in high-performance devices that power today’s and next-generation technologies. Industries Semiconduct , or manufacturing Silicon wafers Photomasks Photovoltaic (solar panel) manufacturing Flat panel display manufacturing Hard disk drives (HDDs)

https://www.by-micro.com/productstags/high-pur , ity-solvents.html High-purity solvents in semiconductor materials refer to chemical solvents that have undergone rigorous purification and have extremely high purity. These solvents are critical in the semiconductor manufacturing process because they can effectively avoid impurities and contamination, thereby ensuring the performance and reliability of electronic devices. Characteristics of high-purity solvents 1. Extremely high purity: The purity of high-purity solvents is usually more than 99.9%, and some even reach 99.999%. This high purity is achieved through advanced technologies such as multiple distillations and filtrations to remove any impurities that may affect the semiconductor manufacturing process. 2. Low impurity content: The content of metals and other impurities in these solvents is extremely low, usually at the level of one billionth or one trillionth. This is critical to avoiding defects in key steps such as wafer cleaning, etching, deposition, and photolithography. Application areas Photolithography resist production: High-purity solvents are often used in the preparation of photolithography resists, which is an important step in creating complex patterns in semiconductor manufacturing. Wet electronic chemicals: These solvents are also key ingredients in processes such as wet etching, cleaning, and development, ensuring the accuracy and stability of each manufacturing link. Cooling systems: Certain high-purity solvents such as isobutane are also used as coolants for electronic equipment, favored for their good thermal conductivity and environmental friendliness.

https://www.by-micro.com/productstags/photores , ist-ancillaries.html Photoresist ancillaries refer to a range of chemicals and materials used in conjunction with photoresists during the lithography process in semiconductor manufacturing. These ancillaries play crucial roles in enhancing the performance and efficiency of the lithographic techniques employed to create intricate patterns on substrates. Types of Photoresist Ancillaries 1. Developers: Developers are used to create patterns by exploiting the differences in solubility between exposed and unexposed areas of the photoresist. This process is essential for transferring the desired patterns onto the substrate. 2. Stripping Solutions: These solutions are utilized to remove photoresist after etching processes, as well as to eliminate impurities that may arise during manufacturing. They ensure that the substrate is clean for subsequent processing steps. 3. Thinners: Thinners are employed in various processes, such as edge rinsing and back rinsing after photoresist application, to ensure even coating and optimal performance. Market Overview The global market for photoresist ancillaries is projected to grow significantly, driven by advancements in semiconductor technology and an increasing demand for consumer electronics. The market is expected to expand from USD 4.1 billion in 2023 to USD 5.3 billion by 2028, with a compound annual growth rate (CAGR) of 5.1% during this period. The Asia-Pacific region is anticipated to dominate this market due to its robust semiconductor manufacturing capabilities and rising demand for advanced electronics. The photoresist ancillaries are essential components in the lithography process, enhancing the effectiveness of photoresists and contributing to the production of high-quality semiconductor devices.

GH4169 high temperature alloy rod is a precipitation-hardened nickel-based superalloy, renowned for its exceptional balance of mechanical properties across a wide temperature range. Its core composition includes nickel (50-55%), chromium (17-21%), and significant additions of niobium, molybdenum, and titanium—elements that work together to enhance strength, toughness, and stability. This alloy rod stands out for its ability to maintain structural integrity from cryogenic conditions (as low as -253°C) up to elevated temperatures of 650°C, making it a versatile choice for industries requiring reliability in extreme thermal environments. Key performance attributes of GH4169 rod further solidify its industrial value. It boasts high tensile strength (typically 1,240 MPa at room temperature) and excellent fatigue resistance, critical for components subject to repeated stress, such as aerospace fasteners and turbine disks. Additionally, it offers strong creep resistance—meaning it resists deformation under long-term high- temperature loads—and good corrosion resistance, even in harsh settings like marine or chemical processing environments. Its weldability and machinability are also notable, allowing for precise fabrication into complex parts without compromising performance, which explains its widespread use in aerospace, power generation, and oil and gas sectors. Key Features of GH4169 Superalloy Rod High Tensile Strength: Typically 1,240 MPa at room temperature, ensuring strong load-bearing capacity. Fatigue Resistance: Ideal for components that undergo repeated stress, such as aerospace fasteners and turbine disks. Creep Resistance: Resists deformation under high-temperature loads, vital for components in power generation. Corrosion Resistance: Performs well in aggressive environments like marine and chemical processing settings. Weldability & Machinability: Can be welded and precisely machined into complex components without losing mechanical properties. Application Fields of GH4169 Superalloy Rod Aerospace: Used for critical engine components such as fasteners, turbine disks, and other high-stress parts exposed to high temperatures. Power Generation: Applied in gas turbines, nuclear reactors, and steam generators that require high heat resistance and mechanical strength. Oil and Gas: Ideal for downhole tools, valve components, and high-performance parts subjected to extreme thermal and pressure conditions. Marine: Used in components exposed to saltwater and corrosive environments due to its superior corrosion resistance. Chemical Processing: Utilized in systems that require materials with both high mechanical strength and resistance to corrosive chemicals.