慶威國際興業有限公司

Model Name.：Conductive grease, conductive paste,AC, DC, copper-aluminum contact conductive paste

• Model No.：G-CP385-S,G-CP310-G,TW-300-C,TW-250
• Application: Electronics, electric, mechanical equipment, AC electromechanical equipment, DC electromechanical equipment, instrument, electroplating equipment, electric automobile & electric motorcycle, etc industries.
• Patent Region：not

Applicable AC DC range: such as electronics, home appliances, electromechanical, electroplating, machinery, instrumentation, electrolysis, automobile and motorcycle industry, high and low electrical control boxes, experimental machines, and other industries.

Suitable:

1. Such as electrolytic cells, transformers, high-frequency furnaces, projection welding machines, electric welding machines, copper plate contact points of welding robots, mechanical slide rails, battery terminals, sockets, plugs, electronic contact plates, circuit breakers, electrical switches, connectors, Metal conductor terminals, electric carbon brushes, automobiles and motorcycles, instrument power contact points, etc.

Features:

1. Reduce contact point heating, reduce resistance, increase conductivity, stabilize voltage and current, resist oxidation, corrosion resistance, moisture resistance, maintain lubrication, chemical stability, easy to melt at high temperatures, not easy to harden, squeeze each other at low temperatures, do not solidify, and do not pollute the plating liquid.

2. There are many kinds of conductive pastes on the market, including blue, black, gray, white, gold, copper, silver and other colors. Some brands of conductive paste are prone to hardening and oxidation, poor conductivity at contact points, unstable current, high resistance, and poor lubrication performance after use.

3. The conductive paste sold by THING WELL Enterprise Co., Ltd. is made in Germany and is of high quality. It has a history of more than 30 years and enjoys a good reputation in the market. It is widely used in the coating required for conductive points, which can effectively avoid surface oxidation of contact points, reduce poor contact, improve conductivity, stabilize the current at the contact points, not easy to heat up, maintain lubrication, reduce the friction coefficient, and maintain lubrication for a long time without hardening.

Include:

1. Used in chromium plating for positive and negative output copper plate connections of electroplating rectifiers, negative copper plate slide rails of semi-automatic/fully automatic electroplating tanks, V-shaped copper seats of cathode slide copper rails, or hard positive and negative electrode switches. After plating, it can maintain lubrication for a long time. Without hardening, it is not easy to cause conductive copper traces during movement. It is not easy to contaminate the electroplating solution and consumes less. The amount of conductive paste to be reapplied regularly depends on the demand. According to the on-site operation experience of Taiwan electroplating factory, (a small automatic electroplating line only requires about 1 kg per year). In order to reduce costs, some electroplating factories use engine oil and grease to lubricate and prevent oxidation. This is a wrong concept. Due to the high insulation resistance of engine oil or grease, it will cause unstable current and contaminate the plating solution, which can easily lead to defective plated parts.

2. G-CP385-S silver color has lower resistance and better operability than G-CP310-G gold and copper color. Apply 0.1~0..2mm thick conductive paste. After the metal contact points are squeezed together, the resistance can be reduced to less than 2 x 10 ohms.

Purchase Guide:

There are many brands of conductive grease on the market. Some brands of conductive grease are easy to harden and dry after use, which makes the lubrication effect poor. The sliding of the conductive copper plate of the electroplating automatic line is not smooth, the resistance is high, the current is unstable, and the defective product increases. The liquid is contaminated and the use of electricity increases, so the purchase cannot only consider the price.

Test method:

After receiving our conductive grease, some factories directly insert the ohm meter into the conductive grease and find that it is not conductive and misunderstand the function of this product. The correct way is to apply the conductive grease on both sides of the copper plate after contact and extrusion to form a film, Then use the ohm meter to test the resistance on the copper board, so you need to use the on-site copper board for the test.