What is the conductive substance in black plastic anti static tweezers 5

The conductive substance should be conductive carbon black or carbon black conductive masterbatch.

Conductive carbon black is in powder form and needs to be well and evenly mixed with the plastic substrate before tweezers are formed to make it resistive.

Conductive masterbatch is a conductive plastic particle, which has the advantage of being clean and environmentally friendly, and can be directly injection molded.

Hope it helps, thank you!

In black plastic anti-static tweezers, the commonly used conductive material can be conductive carbon black or conductive fiber.

Conductive carbon black: Conductive carbon black is a black powder composed of carbon elements with excellent conductivity and high specific surface area. It can be evenly dispersed in the plastic matrix to form a continuous conductive network, which makes the plastic have conductive properties.

Conductive carbon black is added to the plastic matrix in black plastic anti-static tweezers for anti-static function.

Conductive fiber: Conductive fiber is a kind of fiber material with conductive properties, and common conductive fibers include conductive cellulose fibers, conductive metal fibers, etc. These conductive fibers can be added to the plastic matrix to form a conductive network for conductive functions.

The addition of these conductive substances makes the anti-static tweezers conductive, effectively preventing static build-up and electrostatic discharge, thus protecting sensitive components from electrostatic damage. At the same time, the black plastic appearance can also provide a better appearance effect. Please note that the specific use of conductive substances will vary depending on the product design and manufacturer's choice.

This depends on what composition of the black conductive plastic is added. There are conductive graphite, and there are conductive carbon black. I see that the plastic tweezers you mentioned are generally made of conductive carbon black masterbatch. Of course, what the carrier is depends on the situation of plastics.

Specifically, conductive carbon black.

It is made of carbon fiber mixed with special plastics, with good elasticity, durability, no ash, acid and alkali resistance, high temperature resistance, which can avoid the traditional anti-static tweezers from polluting the product due to carbon black, and is suitable for the production and use of precision electronic components such as semiconductors and ICs, as well as its special use.

Anti-static tweezers, also known as semiconductor tweezers, electrostatic tweezers, are made of carbon fiber mixed with special plastics, with good elasticity, durability, no ash, acid and alkali resistance, high temperature resistance, can avoid traditional anti-static tweezers due to carbon black and pollution products, suitable for semiconductors, IC and other precision electronic components production and use, and its special use.

The anti-static tweezers are made of a special conductive plastic material, which has the characteristics of good elasticity, light use and static discharge, and is suitable for the processing and installation of components sensitive to static electricity.

Anti-static tweezers are suitable for the production of precision electronic components, semiconductors and computer heads. 2.Anti-static bamboo tweezers are produced using high-quality bamboo or bamboo as raw materials, the biggest feature is that it will not scratch the product like that, and it is more resistant to organic solvents than plastic or fiber tweezers.

It is the preferred product in the electronic manufacturing industry such as wafers, quartz, and chips. Feita tweezers.

The so-called anti-static: it is not easy to produce the transfer of point ions when rubbing with other objects. Ceramic tweezers:

Ceramics are very good anti-static materials, it is very difficult to produce ion transfer, and there will be no static electricity when the transfer is in contact with the product. Plastic tweezers: It is added to the plastic with toner, carbon is conductive, it is difficult to generate static electricity when it does not contact the object by itself, and it can also export the static electricity carried by the product itself through the human body.

To sum up: you can choose what you need.

Generally, hardware stores are sold, if not, you can search for 93301-8 anti-static black plastic tweezers clip dust-free purification plastic carbon fiber manual clamping tools. Anti-static plastic tweezers Detailed description: 1. Anti-static plastic tweezers are made of special conductive plastic materials, which have the characteristics of good elasticity, light use and discharge of static electricity, and are suitable for the processing and installation of components sensitive to static electricity.

2. Feita anti-static plastic tweezers are suitable for precision electronic components production, semiconductor and computer head and other industries. 3, Feita anti-static plastic tweezers The biggest feature is that they will not scratch the product like stainless steel tweezers, and the anti-static plastic tweezers are cheap and good Scope of use: optical industry, clocks, batteries, electrical industry, electronics industry, precision component assembly, microelectronics, liquid crystal display and semiconductor industry, etc.

There should be bought, if you don't have it, you can go to the labor insurance store to ask, or choose a good Yatong online shopping Yatong has many choices, ** also affordable!

Anti-static tweezers have good elasticity, durability, no ash, acid and alkali resistance, high temperature resistance, which can avoid the traditional anti-static tweezers from polluting the product due to carbon black, and are suitable for the production and use of semiconductors, IC and other precision electronic components, as well as their special use.

CharacteristicsAnti-static tweezers are made of special conductive plastic materials, which have good elasticity, light use and dissipate static electricity, and are suitable for the processing and installation of components sensitive to static electricity.

Kind style. From the material classification, there are two kinds of anti-static tweezers: plastic tweezers and stainless steel tweezers.

From the style classification, anti-static tweezers are: elbow tweezers, straight tweezers, flat tweezers, pointed tweezers, etc.

Anti-static tweezers are suitable for the production of precision electronic components, semiconductors, PCBs, optical products and other industries.

1.Anti-static, anti-static tweezers are made of conductive plastic material, which has good elasticity, light use and durability;

2.If you use anti-static tweezers made of carbon fiber and special plastic, they will not fall ash, acid and alkali resistant, and high temperature resistant, which can avoid the traditional anti-static tweezers from contaminating the product due to carbon black.

Anti-static tweezers Tweezers are a tool often used in model making, which is used for the removal of model parts or stickers. It is often used to hold parts and stickers. Different occasions need different tweezers, generally to prepare a straight flat head, elbow tweezers each hand.

Commonly used to choose a pair of feita bamboo tweezers also has anti-static effect, because bamboo is not easy to carry static electricity, so it is non-magnetic, excellent insulation, and will not damage the gripper. Tested by non-Thai electronics, the anti-static ability of bamboo tweezers has 10 to the 9th power.

Semiconductor photocatalysts are widely used as catalysts for nanoparticles, especially in the preparation of organic matter. Each semiconductor particle dispersed in the solution can be approximated as a short-circuited miniature battery, and when the semiconductor dispersed system is irradiated with light with an energy greater than the semiconductor energy gap, the semiconductor nanoparticles absorb the light to produce electron-hole pairs. Under the action of the electric field, the electrons are separated from the holes and migrate to different positions on the surface of the particles, respectively, for oxidation and reduction reactions with similar components in the solution.