Energy

Fischer-Tropsch waxes are used in candle manufacturing to improve product performance and reduce costs. Its properties include high purity, low viscosity, moderate melting point and good melting properties to optimise the burning characteristics and appearance of candles. Optimisation of combustion properties: Fischer-Tropsch wax burns with a stable flame and emits less black smoke, which effectively reduces pollution during the combustion process. Its high carbon content prolongs the burning time, making it suitable for religious ceremonies or emergency lighting scenarios. In addition, the stable molecular structure reduces the shrinkage rate when the candle cools down, reducing the problem of surface depression or unevenness. Enhancement of appearance: Fischer-Tropsch Oxide can make the surface of candles smoother, the colour more evenly dispersed, and present a brighter visual effect when burning, especially suitable for decorative candles. Cost reduction: Compared with natural wax, Fischer-Tropsch wax is cheaper and less expensive to add, which reduces raw material costs and improves production efficiency.

Industrial microcrystalline waxes are widely used in the following areas due to their lubricating, stabilising and film-forming properties: Lubrication & Coating Used as a lubricant in metal working and machine building to reduce friction of parts and protect surfaces. In the field of industrial lubrication, microcrystalline wax can reduce the friction loss of mechanical parts. Inks and Coatings As ink additives to improve water resistance, abrasion resistance and gloss; in coatings to control drying time and enhance adhesion. Rubber & Plastic Processing As a softener to improve processing performance, flexibility and ageing resistance. Electronics Industry Used as a sealant for electronic components to prevent moisture erosion; also used as an insulating material to protect electronic equipment. Food Packaging Microcrystalline wax coatings are used as moisture, water and oil repellents to maintain food freshness. Textile and Leather Improve the softness and waterproof performance of fabrics and leather, and form a protective layer to enhance water resistance and sunlight resistance.

SUMMARIZE: This equipment automatically realizes the scanning code and OCV sorting of prismatic aluminum shell battery cells. ADVANTAGES: 1. Strong compatibility: by quickly adjusting some parts, it can be fully compatible with the market conventional square aluminum core. 2. Convenient and quick changeover: 20min/person can complete the changeover. 3.Preset internal resistance and voltage value, precise sorting of battery cells. 4. Multiple gears can be switched by one key through the program, the highest number of gears: 9 + 1 lowest number of gears: 1 + 1.

Minimum Order: 1 bags

SUMMARIZE: This equipment automatically realizes code scanning and OCV sorting of large cylindrical cores. ADVANTAGES: 1. Strong compatibility: through the quick adjustment of some parts can be fully compatible with the market conventional single and two-way out of the pole lugs soft package core 2. Convenient and quick changeover: 20min/person can complete the changeover. 3.Preset internal resistance and voltage value, precise sorting of battery cells. 4.Multiple gears can be switched by one key through the program, the highest number of gears: 4+1, the lowest number of gears: 1+1.

Minimum Order: 1 bags

SUMMARIZE: This equipment automatically realizes the advantages of module core polarity detection, barley paper position and presence or absence detection, and module appearance detection after grouping. ADVANTAGES: 1. High degree of automation: the equipment comes with transportation belt, themodule can realize automatic inflow, positioning, detection and outflow. 2. Software with independent learning ability, equipment recognition and judgment ability is accurate and reliable, overkill rate ≤ 0.1%. 3. The equipment is easy to operate, novice after training, 1h can get started.

Minimum Order: 1 bags

SUMMARIZE: Home ESS refers to the storage of electricity local-ly by household energy storage equipment for lateruse, ESS consists of energy storage batteries in- verters and other components.We use brand newA-grade LiFePo4 bat-tery,equipped with an intelligent battery manage-ment system for charging and discharging cycles.The inverter converts DC energy to AC energyto meet the requirements for household electrici-ty.Normally this product is installed in combinationwith PV system to provide green electricity tohousehold users, reduce energy consumption, andreduce negative impacts on the environment,it'swidely used in remote areas or areas with unstablepower supply,to provide reliable, stable, andcost-effective energy supply. ADVANTAGES: Superior safety and longer cycle life Super quick charge and low self-discharge Higher energy density and Lighter weight

Minimum Order: 1 bags

The application of microcrystalline wax in insulation is mainly in the electronic industry as a sealant and insulating material for electronic components. Microcrystalline wax has good insulating properties and stability, can protect electronic components from moisture and dust erosion, provide electrical insulation and barrier properties. Specific applications of microcrystalline wax in the electronics industry Sealant: Microcrystalline wax can be used as a sealant for electronic components to prevent moisture and dust from entering and protect the stable operation of electronic components. Insulating material: In the manufacturing process of electronic products, microcrystalline wax can be used as an insulating material to provide electrical insulation and barrier performance to ensure the normal operation and prolong the service life of electronic equipment.

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.

We offer bitumen 60/90. Origin - Turkmenistan. Delivery terms Incoterms 2020®. *Bitumen penetration grade 60/90 is semi hard penetration grade bitumen used as a paving grade bitumen. This grade of bitumen is mainly used in the manufacturing of hot mix asphalt for bases and wearing courses. Bitumen 60/90 is one of the most used bitumen grades and it’s a basic material for all other bituminous products.

Polyphenylene ether resins (PPO) are widely used in the manufacture of copper-clad laminates (CCL) and printed circuit boards (PCB), mainly due to their excellent insulating properties, heat resistance and mechanical strength. PPO resins not only improve the dielectric and mechanical properties of CCLs, but also enhance their dimensional stability and low water absorption. Application of Polyphenylene Ether Resin in Copper Clad Laminate and Its Advantages The application of polyphenylene ether resin in copper-clad laminates is mainly reflected in its excellent performance: Insulation performance: Polyphenylene ether resin has low dielectric constant and dielectric loss, which can effectively reduce the interference and loss in signal transmission. Mechanical properties: the modified PPE resin can significantly improve the mechanical strength and dimensional stability of copper-clad laminates, ensuring stable performance in high-frequency applications. Thermal performance: Polyphenylene ether resins can maintain stable performance at high temperatures, which is suitable for high-frequency copper-clad laminates.

OPE (Oxidized Polyethylene) Wax is a versatile additive used in various industries. It acts as a lubricant, dispersant, and release agent, especially in plastic processing. OPE wax is commonly used in PVC, hot melt adhesives, paints, coatings, and textiles.  Plastic Processing:OPE wax is a popular lubricant in PVC products, helping to improve production efficiency and reduce costs. It's also used in PE, PVC cable materials, and PVC pipes.  Adhesives:OPE wax can enhance the bond strength and moisture resistance of hot melt adhesives.  Paints and Coatings:It can be used as a dispersant in water-based paints, improving gloss, smoothness, and scratch resistance.  Textiles:OPE wax can be used as a softener and anti-puncturing agent for textiles.  Other Applications:It's also used in car wax, leather auxiliaries, and as an internal dispersant in color processing.  Benefits:OPE wax can improve toughness, surface smoothness, and pass rates in plastic products. It also reduces power consumption during resin mixing and minimizes adhesion between resin and mold.  Key Properties:OPE wax has low viscosity, a high softening point, good thermal stability, and excellent external lubricity. 

OPE (Oxidized Polyethylene) Wax is a versatile additive used in various industries. It acts as a lubricant, dispersant, and release agent, especially in plastic processing. OPE wax is commonly used in PVC, hot melt adhesives, paints, coatings, and textiles.  Plastic Processing:OPE wax is a popular lubricant in PVC products, helping to improve production efficiency and reduce costs. It's also used in PE, PVC cable materials, and PVC pipes.  Adhesives:OPE wax can enhance the bond strength and moisture resistance of hot melt adhesives.  Paints and Coatings:It can be used as a dispersant in water-based paints, improving gloss, smoothness, and scratch resistance.  Textiles:OPE wax can be used as a softener and anti-puncturing agent for textiles.  Other Applications:It's also used in car wax, leather auxiliaries, and as an internal dispersant in color processing.  Benefits:OPE wax can improve toughness, surface smoothness, and pass rates in plastic products. It also reduces power consumption during resin mixing and minimizes adhesion between resin and mold.  Key Properties:OPE wax has low viscosity, a high softening point, good thermal stability, and excellent external lubricity.