ABOUT US
Zhongke Micro New Materials
Zhongkewei New Materials (Shenzhen) Co., Ltd. (referred to as Zhongke Micro) was established in August 2019. As a high-tech enterprise committed to the development philosophy of high standards, high efficiency, and high quality, it specializes in the R&D and production of fluorine-silicon fine wet electronic chemicals.
Located in the Anbo Innovation Industrial Park in Longgang, eastern Shenzhen Special Economic Zone, the company occupies over 3,000 square meters of modern factory space and 600 square meters of laboratory facilities. Equipped with three core engineering technology labs—superconducting cooling, high-temperature nanotechnology, and precision cleaning—along with a full suite of precision experimental instruments, Zhongkewei has established an integrated full-chain service system encompassing R&D, production, processing, and sales.
Zhongkewei specializes in the fluorine-silicon fine wet electronic chemicals sector, with products extensively applied in integrated circuits, semiconductors, chip manufacturing, PCB/PCBA/FPC, LCD/ITO/OLED/TFT, MLCC, SMT, crystal oscillators, wafers, photovoltaic energy storage, 5G communications, transformer and relay manufacturing, AI computing power, artificial intelligence, wearable products, medical devices, data centers, lithium battery/new energy vehicles, aerospace, marine vessels, and nuclear energy. The company delivers customized, highly compatible fluorine-silicon fine electronic wet chemical solutions and new material end-application solutions for clients across these cutting-edge electronic manufacturing sectors.
Located in the Anbo Innovation Industrial Park in Longgang, eastern Shenzhen Special Economic Zone, the company occupies over 3,000 square meters of modern factory space and 600 square meters of laboratory facilities. Equipped with three core engineering technology labs—superconducting cooling, high-temperature nanotechnology, and precision cleaning—along with a full suite of precision experimental instruments, Zhongkewei has established an integrated full-chain service system encompassing R&D, production, processing, and sales.
Zhongkewei specializes in the fluorine-silicon fine wet electronic chemicals sector, with products extensively applied in integrated circuits, semiconductors, chip manufacturing, PCB/PCBA/FPC, LCD/ITO/OLED/TFT, MLCC, SMT, crystal oscillators, wafers, photovoltaic energy storage, 5G communications, transformer and relay manufacturing, AI computing power, artificial intelligence, wearable products, medical devices, data centers, lithium battery/new energy vehicles, aerospace, marine vessels, and nuclear energy. The company delivers customized, highly compatible fluorine-silicon fine electronic wet chemical solutions and new material end-application solutions for clients across these cutting-edge electronic manufacturing sectors.
KEY Precision Electronics Wet Chemical Brand
Delivering innovative solutions for global advanced manufacturing
Delivering innovative solutions for global advanced manufacturing
Fluorinated Electronic Fluids are widely used across multiple sectors including semiconductor manufacturing, data center cooling, new energy vehicles, power systems, and communications.
- Semiconductor Manufacturing: Temperature control in dry etching, wet cleaning, and wafer testing & packaging.
- Data Center Cooling: Serve as immersion cooling fluids to meet rising computing demands from AI and modern infrastructure.
- New Energy Vehicles: Cooling systems for batteries and motors.
- Power Systems: Act as insulating and cooling media in high-voltage equipment.
- Communications Equipment: Heat dissipation in 5G base stations and similar devices.
Precision Electronic Cleaning Agent
With high insulation, chemical inertness, low surface tension (6–10 mN/m), and residue-free evaporation, fluorinated liquids are essential for ultra-precision cleaning in semiconductors, precision electronics, display panels, aerospace & defense, medical devices, and high-power electrical equipment.
With high insulation, chemical inertness, low surface tension (6–10 mN/m), and residue-free evaporation, fluorinated liquids are essential for ultra-precision cleaning in semiconductors, precision electronics, display panels, aerospace & defense, medical devices, and high-power electrical equipment.
In semiconductor fabrication, they enable wafer cleaning, photoresist removal, and nanoscale impurity elimination. Low surface tension allows penetration into micron-scale gaps, preventing circuit corrosion, while the Marangoni effect ensures efficient water displacement and improved chip yield.
Effectively remove flux, grease, and other residues from precision electronic components.
- Maintain cleanliness of glass substrates and ITO films in display panel production.
- Stable across a wide temperature range (-120℃ to 275℃), suitable for aerospace maintenance.
- Used in cleaning MRI superconducting magnets and transformer insulation, ensuring high cleanliness and safety.
- Stable across a wide temperature range (-120℃ to 275℃), suitable for aerospace maintenance.
Superhydrophobic Nano-coating for Electronics
Provides ultra-thin (1–3 μm), high-density protection while maintaining component miniaturization.
Provides ultra-thin (1–3 μm), high-density protection while maintaining component miniaturization.
- Electronic Device Protection: Forms a hydrophobic layer on surfaces such as PCBA boards via room-temperature immersion, with water contact angles >150°, causing droplets to roll off quickly. Effectively blocks moisture and salt spray, prevents short circuits and corrosion, achieves IPX7 waterproofing, and can reduce device return rates by over 95%.
- Automotive Electronics: Withstands extreme temperatures (-50℃ to 150℃), protecting vehicle controllers and ADAS systems from condensation and enhancing reliability in high heat and humidity.
- Industrial & Aerospace Applications: Improves dust and corrosion resistance in outdoor monitoring equipment and communication base stations. On aircraft surfaces, it reduces drag and improves fuel efficiency.
- Other Fields: Provides anti-fouling and antibacterial properties on medical devices; used for self-cleaning and anti-corrosion in construction.
Brand Products
100 +
Export Destinations
20 +
Long-Term Partner
1500 +
Foundation for Development
Safety · Eco-Friendly · Health
- Strictly uphold the bottom line of production safety and product safety, anchor sustainable development goals, and drive enterprise management models toward unprecedented breakthroughs.
Adopt advanced clean production technologies to minimize pollutant emissions and comprehensively enhance resource utilization efficiency.
Unite efforts to build a new high ground for green industry-academia-research collaborative innovation.
Core Development
Strengthen Independent R&d Capabilities
- Focusing on cutting-edge market demands, we are pooling our efforts to overcome critical bottleneck technologies in high-end materials for national key projects.
By achieving breakthroughs in core technologies, we enhance our competitiveness in the international market and establish a virtuous cycle system for sustainable corporate development.
We are deepening exchanges and cooperation with top domestic and international research institutions and advanced fluorine-silicon material enterprises to achieve collaborative technological innovation.
Development Priorities
Drive Innovation and Development
Driven by technological innovation as its core engine, the company deepens university-industry collaboration and strengthens talent cultivation, aspiring to rank among the leading enterprises in the fluorine-silicon fine chemicals industry.
Continuously iterating to launch innovative products with core competitiveness, precisely matching and fulfilling customers' diverse and customized needs.
Three Core Principles
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