TADE ELECTRONIC MATERIAL
TADE ELECTRONIC MATERIAL

We mainly produce 5N, 5N5-6N5 ultra pure aluminum and aluminum alloy materials

MORE +
Provider of high-purity material solutions for semiconductors
Provider of high-purity material solutions for semiconductors
MORE +
scroll down

PRODUCTS

High Purity Aluminum and Their High Purity Aluminum Base Alloy Materials

High Purity Aluminum and Their High Purity Aluminum Base Alloy Materials

Sputtering Targets

Sputtering Targets

Evaporation Materials

Evaporation Materials

Bonding Wires

Bonding Wires

Learn More

SINCE 2006

Nantong TADE Electronic Material Technology Co., Ltd.

Nantong TADE Electronic Material Technology Co., Ltd., invested and founded by Nantong Taierte Garments Co., Ltd. in 2006, is a high-tech company specialized in R&D, production, machining and sales of various aluminum alloys. We are located at Baolin industrial park, economic development zone, Rugao City, Jiangsu province.......

2006 +

Registered Capital

1200 Ton

High purity aluminum

26 Term

Patents We Own

Learn More ➜
Tade

TECHNOLOGICAL INNOVATIONS

Inspection Capabilities

In TADE, we value quality as our lifeline, and innovation as our motive force of development. All products are thoroughly inspected on the production lines with Thermo Fisher's advanced ultratrace metal impurities inspection equipment.

TADE

Core Technologies

In 2005, with the help of School of Materials Science and Engineering (SMSE) of Shanghai Jiao Tong University, we developed a new high purity aluminum segregation method, where the highest purity obtained was 99.9995%. This is our first-generation purification technique.

TADE

Machining Technologies

We own a complete set of machining equipment, including high speed sawing machine, water jet cutter, draw bench, CNC lathe, wire-electrode cutting, extruding machine, cold header, milling machine, etc., which can automatically complete and control processes like sawing, turning, forging, drawing, cutting, etc.

TADE
  • Tade
    Liquid Crystal Display
    Liquid Crystal Display
    The products are mainly used in liquid crystal display, semiconductor target, domestic chips, military far-infrared radar, etc.
    Learn More
  • Tade
    Semiconductor Targets
    Semiconductor target
    The products are mainly used in liquid crystal display, semiconductor target, domestic chips, military far-infrared radar, etc.
    Learn More
  • Tade
    Domestically Made Chips
    Domestically Made Chips
    The products are mainly used in liquid crystal display, semiconductor target, domestic chips, military far-infrared radar, etc.
    Learn More
  • Tade
    Military Far Infrared Radar
    Military Far Infrared Radar
    The products are mainly used in liquid crystal display, Semiconductor target, Domestically Made Chips, Military Far Infrared Radar.
    Learn More
    • APPLICATION
    The products are mainly used in liquid crystal display, Semiconductor target, Domestically Made Chips, Military Far Infrared Radar.
    Learn More

    CUSTOMER

    TADE
    SIEMENS
    ZHONGKE
    GUANGJISUO
    UNITED
    ASIPP
    semi
    zjky
    cmreltd
    smics

    NEWS

    Main uses of industrial high-purity aluminum

    Main uses of industrial high-purity aluminum

    Industrial high-purity aluminum is mainly used as anode foil, capacitor lead, integrated circuit lead, vacuum evaporation material, stable conductor of superconductor, base metal of disk alloy and aluminum alloy with high fracture toughness for electrolytic capacitor, as well as for special purposes in scientific research and chemical industry.

    Panoramic industrial chain analysis, industrial competition pattern and key enterprises analysis of high-purity aluminum industry in 2022

    Panoramic industrial chain analysis, industrial competition pattern and key enterprises analysis of high-purity aluminum industry in 2022

    High-purity aluminum is a high-tech and high-value-added material. Generally, pure aluminum with purity (aluminum content) greater than 99.8% is called high-purity aluminum. High purity aluminum is widely used in automotive electronics, consumer electronics, industrial electronics, new energy vehicles and other fields because of its good conductivity, plasticity, light reflection, ductility, corrosion resistance and extremely low magnetic conductivity.

    2022-12-19

    What is the difference between high-purity aluminum and ordinary aluminum? Prediction of market scale of high-purity aluminum industry

    High purity aluminum has good ductility. It can be rolled into extremely thin aluminum foil or extremely thin aluminum wire. Independent aluminum foil with thickness of 0.4 microns can be produced by mechanical rolling, while aluminum film with thickness of 7.5 nanometers can be produced by electrodeposition, but the aluminum film must be attached to the plastic base film.High-purity aluminum is the product obtained after further purification of ordinary aluminum (aluminum content of 99.00% - 99.85%). China calls aluminum with aluminum content greater than 99.995% high-purity aluminum. Compared with ordinary aluminum, high-purity aluminum has better performance in conductivity, thermal conductivity, plasticity, reflectivity, corrosion resistance and magnetic conductivity. Therefore, the downstream of high-purity aluminum mainly includes electronic industry, national defense, aerospace, information equipment and other fields.

    2022-12-19

    Strong demand for high-purity aluminum in China from 2021-2025

    In China, metal aluminum with purity greater than 99.996% (4N6) is called high-purity aluminum. The appearance of high-purity aluminum is silvery white, shiny, and crystal lines are clear. Due to the advantages of low-purity aluminum such as low density, high conductivity, high thermal conductivity, corrosion resistance, good low-temperature performance, and good molding performance, it is widely used in the electronic information industry. The purity of high-purity aluminum used in the panel field needs to reach 99.999% (5N), and the purity of high-purity aluminum used in the semiconductor field needs to reach 99.9995% (5N5) - 99.99999 (6N).