Offers to Sell

Product Overview： The LYO Biopharmaceutical Freeze Dryer is produced using standardized manufacturing processes, reducing manufacturing costs and shortening production cycles while ensuring performance and reliability. The design of the freeze dryer prioritizes safety, versatility, reliability, and long service life while also ensuring the safety of users and the environment. The design is based on mature technology and employs high-quality materials and components widely accepted in the biopharmaceutical industry. Additionally, it utilizes advanced manufacturing techniques, ensuring that the equipment fully complies with cGMP standards. Equipment features: 1. The cabinet material is AISI 304 or AISI 316L, and the interior of the cabinet is designed with rounded corners to facilitate access and minimize dead corners. 2. All internal welds of the cabinet are treated and smoothed with surrounding materials. During partition manufacturing, materials are uniformly heated to avoid stress between independent welds, ensuring the smoothness of the shelves. 3. Low-viscosity silicone oil is used as the heat transfer medium, ensuring good temperature uniformity at extremely low temperatures on the shelves. 4. Main unit components are sourced from imported brands to ensure equipment quality. 5. Production follows ISO9001 quality management system, and the manufacturing process ensures full compliance with cGMP standards. 6. The PLC computer system controls all functions of the freeze dryer. Based on the process parameters and programs stored in memory, the PLC can complete the operation of the entire production system. The system is stable and secure. 7. 4Q certification documents can be provided, along with comprehensive training and services.

Minimum Order: 1 bags

liquid crystals for making PDLC film QYPDLC-036 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

The superior filtration capabilities of our multifilament filter cloth. Designed for industries requiring high filtration precision and durability, this versatile material offers excellent mechanical strength and wear resistance, making it ideal for demanding filtration processes. Weaving Method: Plain/Twill Weight: 300~950g/m2 Thickness: 0.58~1.6mm Air permeability: 3~100L/m2·S Material available: Polypropylene/Polyester/Polyamide

Looking for a reliable and efficient solid-liquid separation solution? XuDa Filter Plates are designed to meet the demands of various industries, offering excellent filtration performance and ease of operation. Technical Specifications That Drive Efficiency Size Available: 500x500/720x720/800x800/1000x1000/12 , 50x1250 Feed Design: Corner Feed Feeding Pressure: 8 bar Temperature: 60~95℃ Applications: Our Plate & Frame Filter Plates are widely used in various industries, including: Chemical Processing: For efficient filtration of chemical slurries and suspensions. Pharmaceuticals: Ensuring high-purity filtration in the production of pharmaceutical products.

Weight: 160~370g/m2 Water Filter Paper Thickness: 0.5~1.05mm Filtration Speed: 4"~50" Wet Strength: 60~250Kpa Air Permeability: 3~20L/m2·S@200pa We offer a comprehensive selection of filtration materials to meet diverse industrial needs: Bulk Filter Press Paper: High-volume options for large-scale operations, ensuring consistent supply and cost efficiency. Filter Sheets: Versatile sheets designed for precise and reliable filtration in various industries.

Weaving Method: Plain/Twill/Satin Monofilament Filter Cloth Weight: 280~680g/m2 Thickness: 0.31~1.07mm Air permeability: 70~3000L/m2·S Material available: Polypropylene/Polyester/Polyamide Benefits of Filter Press Fabrics Procurement professionals choose our products because we prioritize: High Filtration Efficiency: Achieve superior separation of solids and liquids. Durability: Long-lasting materials designed to withstand harsh conditions. Customizable Options: Filter cloths tailored to your equipment and processes. Cost-Effective Solutions: Competitive pricing without compromising quality. Wide Application Range: Suitable for industries like mining, chemical processing, pharmaceuticals, and more.

Chamber/Recessed Filter Plates are essential for efficient solid-liquid separation. Each Filter Plate features grooved surfaces that form chambers, trapping solids on filter cloth while clear liquid passes through. Chamber/Recessed Filter Plate Specifications and Options Size Available: 250x250/470x470/630x630/800x800/1000 , x1000/1200x1200/1250x1250/1500x1500/1500x20 00/ , 2000x2000 Larger and alternative formats available upon request. Feed Design: Center Feed/Corner Feed/Up Center Feed/Out Center Feed/Out Corner Feed Other feed design is possible and can be made according to requirements.

(1) Used in space probes, can adapt to the complex environment of space, to ensure the normal operation of the equipment, to provide support for space exploration missions. 2) In the chemical field, it can be used to manufacture corrosion-resistant parts such as pipes, valves, filter discs and submersible pumps, etc. It has good hydrolysis resistance, and is also resistant to acids and alkalis, and can maintain stable performance in some chemical environments. (3) Apply to medical equipment, such as blood collectors, infusion sets, etc., with non-toxic, resistant to chemical media and other characteristics, in line with the requirements of medical supplies (4) In household appliances, the shell or internal parts of hoovers, coffee machines, etc. can also be made of polyphenylene ether to enhance the durability and reliability of the products. (5) In the photovoltaic industry, polyphenylene ether is the ideal material for the shell of photovoltaic connectors, with high heat resistance, flame retardant, UV resistance and other superior performance, can withstand the test of the outdoor environment, to ensure the safety and stable operation of photovoltaic systems.

The world’s first gigawatt (GW)-scale perovskite photovoltaic (PV) module mass production line, built by Jidian Solar, has officially begun operations in Xishan Economic and Technological Development Zone, Jiangsu Province. As a major provincial project, the facility is expected to produce approximately 1.8 million perovskite PV modules annually at full capacity, marking a significant step toward the large-scale commercialization of perovskite technology and the transition to greener, low-carbon energy solutions. Amid the accelerating global shift to renewable energy, perovskite PV technology is gaining attention as the “next-generation photovoltaic solution,” offering high efficiency, lower costs, a smaller carbon footprint, transparency, and flexibility—features that position it as a potential game- changer over traditional crystalline silicon technology. Jidian Solar’s GW- scale production line is currently the world’s largest operational facility for perovskite module manufacturing, integrating cutting-edge technology and equipment. The company has developed its proprietary “Jichuang+” system to address key industry challenges, including large-area module fabrication, efficiency enhancement, and long-term stability.

Datang Hubei Energy Development Co., Ltd. (Datang Hubei Energy) recently announced that its large-scale sodium-ion battery energy storage system has been recognized as one of the Top 10 Technological Innovations in the Energy Industry for 2024 by the National Energy Administration (NEA). A key part of this achievement is the Datang Qianjiang Sodium-Ion Energy Storage Station, which marks a significant milestone in the commercialization of sodium-ion battery technology. Sodium-ion batteries are emerging as a key energy storage technology for next- generation power systems, offering cost advantages, abundant raw materials, and a secure supply chain. This project represents the world’s first large-scale commercial deployment of sodium-ion energy storage technology. The system features a fully self-developed energy management platform that integrates AI-driven data analysis and image recognition for early safety warnings and intelligent operations. With an efficiency of over 80%, the project has achieved breakthroughs in high-capacity sodium-ion battery technology, system integration, and safety controls, all developed with independent intellectual property rights.

China’s first large-scale intelligent containerized photovoltaic (PV) module recycling demonstration line has officially begun operations in Jianli, Jingzhou, Hubei Province. Developed by CECEP Solar Energy Co., Ltd., a subsidiary of China Energy Conservation and Environmental Protection Group (CECEP), the facility marks a significant step in advancing green and efficient solar panel recycling. With the global solar industry booming and retired PV modules increasing, the demand for efficient recycling solutions is growing rapidly. Gou Xianfang, head of Technology Development at CECEP Solar Energy, cited industry forecasts predicting that global PV module retirements will exceed 8 million tons by 2030, surging to over 78 million tons by 2050. To address low recycling efficiency, high costs, and environmental concerns, CECEP Solar Energy leveraged its expertise in PV manufacturing and solar power plant operations to develop China’s first mobile, containerized PV module recycling system in collaboration with industry partners. Unlike traditional recycling facilities, this modular system functions as a flexible, on-site processing unit, capable of being quickly deployed to different project locations. It allows for on-site recovery of glass, aluminum frames, and junction boxes, significantly reducing transportation costs and improving efficiency.

CZW Diesel engine driving self-priming sewage pump Application: Flood control and drainage works, Rainwater and general sewage, Municipal sewage works, construction sites and civil air defense drainage stations, Waste water from industries such as light industry, paper making, textile, food, chemical industry, electric industry and mining, Sewage discharge in residential areas, Sewage and sediment from the water purification system, Tannery, slaughterhouse sewage, river breeding, Brewing and sugar, sewage discharge or drainage the water which has been seriously polluted. Structure and features: CZW diesel engine sewage pump unit integrates self-priming and non-clogging sewage and adopts the diesel engine to drive the axial backflow outward mixing type. The pump body and impeller have the unique design. It does not need to install the bottom valve and pour water when pump works. The pump unit can absorb and discharge the liquids with large particle solid and long fiber etc. impurity. The pump unit can be widely used in municipal sewage and waterlogging control engineering, agricultural irrigation, etc. The diesel engine pump has the characteristics of simple structure, good self- priming performance, strong sewage discharge capacity, high efficiency and energy saving, easy to use and maintain Main parts: 1 - Diesel engine pump set has the main parts such as diesel engine, water pump, coupling, cooling fan, cooling water tank, steel structure base (including bottom fuel tank 80-120L), battery and connection parts, exhaust muffler, control panel. 2 - The standard design is a combination of pump unit, bottom oil tank, control panel and battery etc. 3 - According to customer requirements, diesel engine driving sewage pump can be designed into a pump group, bottom oil tank, control panel, battery, movable wheel, outdoor rain box etc. 4 - It can be designed into a trailer (four-wheel or two-wheel) mobile type according to customer requirements. Working conditions: 1 - Ambient temperature ≤50℃, medium temperature ≤80℃, special requirements up to 200℃. 2 - The PH of the medium is 6-9 for cast iron and 2-13 for stainless steel. 3 - The medium weight shall not exceed 1240kg/m3. 4 - The height of self-suction shall not exceed 4.5-5.5m, and the length of the suction pipe shall not exceed 10m.

Minimum Order: 1 bags

W Single stage vortex pump Pumped liquids (clean water or other liquid like water) W single-stage direct-connect vortex pump is used for pumping water or other liquids with physical and chemical properties like water. Liquid temperature is less than 60. Vortex pump is often used in boiler feed water, shipbuilding, textile, chemical, metallurgy, machinery manufacturing, aquaculture, fixed fire control voltage, heat exchange unit and remote sprinkler irrigation agriculture departments and has a wide range of applications Features Vortex pump is a kind of vane pump with small flow and high lift. It has low efficiency and steep drop in performance curve. Compared with other vane pumps, vortex pump is of different structure. Simple, small size, light weight, with self-priming ability or with the help of a simple device to achieve self-priming. Structure: Vortex pump is Suitable for transporting clean liquid without solid particles with viscosity less than 15°E. It is mainly composed of impeller, pump body, pump cover and so on. The annular flow is formed between Pump body and impeller. The liquid is sucked from suction port and obtains energy through the rotating impeller and then is discharged from discharge outlet. There is a partition between suction and discharge outlet, and there is a small gap between the partition and impeller. Performance Flow: 1.44-14.4m3/h Head: 25-120m Motor power: 0.75kw-11KW Caliber: 25mm-65mm 2900rpm/1450rpm Application: Chemical industry, petroleum, light textile, electric power and other factories and mines of industrial production of water, boiler feed water, heating water supply, high-rise buildings, firefighting, heat cycle water supply, manufacture of frozen heatstroke cooling drinks and canteen, food disinfection high pressure water supply and other applications

Minimum Order: 1 bags

In the demanding world of heavy machinery, equipment such as excavators and concrete mixers operate in harsh, abrasive, and high-load environments. To ensure long-term reliability and protect internal components, high-quality sealing solutions are essential. Among the most commonly used are NBR (Nitrile Rubber) and FKM (Fluorocarbon Rubber) oil seals, designed for high precision and industrial durability. This article focuses on how these materials are applied in sealing systems for excavators and concrete mixers, and what factors to consider when selecting the right oil seals for these machines.

Minimum Order: 100