The company's carbon nanotube conductive paste is mainly used as a conductive agent in the preparation of lithium battery electrode sheets, aiming to enhance the energy density and cycle life of lithium batteries. The conductive paste is a key auxiliary material in the production process of lithium battery cells. The company has mastered the unique technology for independently preparing dispersants for carbon nanotube conductive pastes, possesses the core technology for the entire chain of preparing carbon nanotube conductive pastes, and has the core technology for producing high specific surface area carbon black products. 

       The company's carbon nanotube products include single-walled carbon nanotube RE0319, oligomeric carbon nanotube RE0418 (high purity), thin-walled carbon nanotube RE0619, arrayed multi-walled carbon nanotube RE0019 (ultra-high purity), wound multi-walled carbon nanotube RE0519 (high purity), and wound multi-walled carbon nanotube RE0510 (ultra-high purity). These various models are widely applied in industries such as electronics, energy storage, battery power, silicon-based negative electrodes, etc.

High-performance carbon black has a larger specific surface area and stronger adsorption capacity compared to traditional carbon black. With its superior conductivity, electrochemical performance, and lower dosage, it significantly enhances the performance of lithium batteries.

The company's high-performance carbon black products include models such as conductive carbon black RE0830, conductive carbon black RE0840, and conductive carbon black RE0841, which are widely used in industries such as digital, energy storage, and battery power.

Conductive carbon black RE0830：

Product features: Low specific surface area, good dispersibility, high cost-effectiveness

Key data: Specific surface area 60-80 m2/g, oil absorption value 240-280 mL/100g

Application scenarios: Energy storage, digital

Conductive carbon black RE0840：

Product features: High specific surface area, high conductivity, excellent stability

Key data: Specific surface area 200-240 m2/g, oil absorption value 200-240 mL/100g Application scenarios: Energy storage, battery power for vehicles

Conductive Carbon Black RE0841：

Product features: Medium specific surface area, high conductivity, excellent stability

Key data: Specific surface area 140-170 m2/g, oil absorption value 200-240 ml/100g Application scenarios: Energy storage, battery power for vehicles

W-Seal W71 is a screw sealant with water-based butyl latex as the main component, having toughness and elasticity. It can be widely used on general threads, and can also be applied to special threads such as straight threads and conical threads. It forms an elastic material membrane like a tailor-made one on the thread, blocking oils and chemicals and ensuring a tight joint of the pipe fittings. It does not lose its elasticity even at high temperatures or low temperatures, and can exert a sufficient sealing effect at the combined point after tightening.

W-Masking refers to applying special PFA resin on the threaded teeth to prevent welding splashes and the adhesion of electrophoretic paint to the threaded teeth part of the threaded teeth protection coating. W-Silicon is a two-component organic silicone addition system, used for FIPG applications of plastics and metal electronic components, dam sealing, shell sealing, lamp controller sealing, domain controller DCU, head-up display HUD, driver detection DMS and other vehicle electronic shell sealing.

The subsidiary company of the company has the ability to independently research and develop adhesives, as well as to jointly develop them. Currently, it has launched its own brand adhesives, such as chemical adhesives U-GRIP53 and W-GRIP, etc. Among them, U-GRIP53 has been applied to the intelligent wearable series products of major customers in North America and has achieved mass production and supply.

Nylon adhesive anti-loosening utilizes the huge rebound property of special engineering resin materials to exert a powerful anti-loosening effect at the threaded part, transforming the commonly used screws into permanent and strong anti-loosening screws.

U-Grip53 is a microcapsule type, room-temperature curing, environmentally friendly adhesive, used to enhance the locking and sealing of threaded fasteners. It contains microencapsulated epoxy resin suspended in the hardener.

V-GRIP53's raw materials are based on a new type of environmentally friendly bonding technology, developed with a safe and rapid concept. It is resistant to various liquids, such as antifreeze, gasoline, engine oil, brake fluid, etc.; it can be connected to various finished fasteners; the coating dries evenly and can effectively prevent the coating surface from whitening.

W-Grip is a single-component, environmentally friendly solvent-based, double-capsule, pre-coated dry film threaded locking adhesive. The product is based on microcapsule acrylic ester, a solvent-free coating similar to varnish, used for the sealing and locking of threaded parts. Its locking and sealing properties are only effective when the capsules rupture due to shear and pressure stress and the adhesive is allowed to cure. It provides consistent and predictable torque values, and can cure without heating or priming.

W-SEAL can form a gasket-like seal to prevent liquid and gas leakage under pressure. The coating permanently fuses to the supporting surface of the fastener. When the screw is installed in the final position with the mating component, the W-SEAL element will slightly compress and fill the gap between the head bearing surface and the countersunk/through-hole.