What is anti static ABS and what is the difference between anti static ABS plastic and ordinary ABS

Jen Innovative Materials Engineer:

Anti-static ABS is a kind of conductive and anti-static plastic substrate, the substrate includes: PC ABS, PC, ABS, PA, PPE, etc.;

Conductive and anti-static fibers mainly include: nickel-plated carbon fiber, stainless steel fiber, etc.;

Electrically conductive, anti-static plastics have both EMI shielding and grounding functions.

Electrically conductive, anti-static material applications.

Conductive and anti-static plastic products are widely used in auto parts, mining equipment, power tools, containers, rods, plates, electronic and electrical shells, spare parts, pipes, industrial casters, stylus, stylus, brushes, sheets, carrier tapes, tweezers, communication equipment, mobile phone shells, camera shells, chip trays, electronic component packaging boards, gears, bearings, turnover boxes, medical packaging, protective sleeves, sealing rings, wires, hoses, vacuum cleaner accessories, lagging products and other fields.

Anti-static ABS in detail.

It isElectrically conductive, anti-static plasticsA kind of substrate, the substrate includes: PC ABS, PC, ABS, PA, PPE, etc.;

Conductive and anti-static fibers mainly include: nickel-plated carbon fiber, stainless steel fiber, etc.;

Electrically conductive, anti-static plastics have both EMI shielding and grounding functions.

Conductive and anti-static plastics in a nutshell:

Conductive and antistatic plastics are functional polymer materials that are processed by mixing resin as a base material with conductive and antistatic additives and processing plastic molding methods. In general, there are four forms of electrical conductivity and anti-static properties of objects: insulators, semiconductors, conductors, and superconductors.

Electrically conductive, anti-static plastics have achieved a huge change from insulators to semiconductors to conductors, and are the largest possible changes of any substance.

Features of electrically conductive, anti-static plastics:1.According to the product requirements, the shielding efficiency of conductive and anti-static plastics is designed as a new type of electromagnetic shielding composite material, the shielding effect can be adjusted between 30-90db, and the shielding effect can be adjusted by the thickness of the product.

2.Good anti-corrosion performance, long service life, conductive and anti-static plastics are often based on high-performance engineering plastics (such as ABS+PC, etc.), which have very excellent chemical corrosion resistance, processability and low production energy consumption. It has very strong corrosion resistance, making it ideal for outdoor applications in harsh environments.

3.For parts of the same volume, conductive and anti-static plastics are slightly higher than the raw material cost of aluminum alloy, and from the perspective of processing cost, due to the complex processing process of aluminum alloy (metal raw material heat treatment, casting, precision forging (cold extrusion, cold forging, hot forging pressing) mechanical processing, precision cutting, polishing, sandblasting, wire drawing, laser engraving, anodizing, coloring, multiple secondary oxidation and coloring), and conductive, The processing technology of anti-static plastic is relatively simple (fiber surface metallization, plastic coating, granulation, injection molding, coloring, etc.), the processing equipment requirements are low, the processing cycle is short, the production efficiency is high, and the process cost is relatively low. 4.

Eco-friendly conductive, anti-static plastic does not contain any prohibited ingredients. 5.When the product life ends, conductive, anti-static plastics can.

6.Low-density, conductive, anti-static plastic products weigh less than a quarter of commonly used metal parts. It can help reduce weight and save costs.

Electrically conductive, anti-static material applications.

Conductive and anti-static plastic products are widely used in auto parts, mining equipment, power tools, containers, rods, plates, electronic and electrical shells, spare parts, pipes, industrial casters, stylus, stylus, brushes, sheets, carrier tapes, tweezers, communication equipment, mobile phone shells, camera shells, chip trays, electronic component packaging boards, gears, bearings, turnover boxes, medical packaging, protective sleeves, sealing rings, wires, hoses, vacuum cleaner accessories, lagging products and other fields.

Volume resistance is not the same as surface resistance.

Anti-static ABS is a special ABS plastic that has the ability to prevent the generation and accumulation of static electricity. ABS, short for acrylonitrile-butadiene-styrene copolymer, is a commonly used engineering plastic that is commonly used in a variety of applications.

Antistatic ABS has antistatic properties by adding conductive fillers or additives to the ABS base material. These conductive fillers or additives can be carbon nanotubes, carbon fibers, metal powders, etc., which can form a conductive network in ABS to provide conductivity.

The main features of ESD ABS include:

Static control: Anti-static ABS has the ability to suppress static electricity, which can prevent the generation and accumulation of static electricity. This is important for applications where there is a need to prevent damage caused by electrostatic disturbances or electrostatic discharge.

Physical properties: Anti-static ABS retains the physical properties of conventional ABS, such as strength, toughness and abrasion resistance. It has good mechanical properties and can meet the needs of various applications.

Chemical resistance: Anti-static ABS has good chemical resistance and can resist the erosion of general chemicals. This makes it suitable for use in environments where chemical resistance is required.

Processability: Anti-static ABS has good processability, easy to injection molding, extrusion and processing into products of various shapes and sizes.

Anti-static ABS has a wide range of applications in many fields, including electronic device housings, electronic component packaging, electronic manufacturing equipment, anti-static flooring, etc. It provides a solution to prevent static electricity problems and protect equipment and materials from static interference and wheel damage.

Anti-static ABS should improve the conductivity of the material, reduce the accumulation of static electricity, and prevent the damage caused by the release of static electricity by adding conductive cavity electrical materials, such as toner, copper powder, metal fibers, etc., to ABS plastic.

Anti-static ABS is often used in the manufacture of electronic product shells, electronic equipment packaging, industrial ** boards, cable trays and other fields that require anti-static characteristics.

To prevent static electricity from ABS plastic or reduce static electricity accumulation, the following methods can be considered:

Use an antistatic coating: An antistatic coating can be applied to the surface of ABS plastic. This coating increases the conductivity of the material and reduces the generation and build-up of static electricity.

Use of antistatic agents: Antistatic agents can be added to ABS materials to increase their conductive properties. This method of filial piety will make the entire ABS material have antistatic properties, not just the surface.

Grounding treatment: Parts made of ABS are grounded, and static electricity can be released by connecting them with the ground wire. This can be achieved by connecting a conductive layer or conductive material with a ground wire.

Control humidity: Maintaining proper indoor humidity can reduce the generation of static electricity. In dry environments, static build-up is more common, while in higher humidity environments, static electricity may be reduced.

Avoid friction: Try to avoid friction between ABS plastic and other materials, especially with materials that generate static electricity. For example, avoid rubbing rubber soles against ABS floors.

These methods can be used individually or in combination, depending on the application needs and the importance of static prevention. It is best to consult with the plastics manufacturer or the company on a case-by-case basis for advice on the most appropriate anti-static measures for your application.

If you refer to ABS plastic, you can add anti-static agent or anti-static masterbatch to carry pure, or you can add conductive carbon black or carbon fiber, which can make ABS material achieve anti-static effect. Anti-static masterbatch can be mixed into ABS material for direct injection molding during injection molding. Conductive carbon black or carbon fiber needs to be added to ABS material by the modified factory for granulation and then injection molding.

<>1. ABS resin has good insulation, easy to produce static electricity, and has no antistatic performance itself, but it can be made with antistatic properties by adding antistatic agents.

2. ABS resin is one of the five major synthetic resins, with excellent impact resistance, pure heat resistance, low temperature resistance, chemical resistance and electrical properties, and also has the characteristics of easy processing, stable product size, good surface gloss, etc., easy to coat and color, and can also carry out secondary processing such as surface spraying metal, electroplating, welding, hot pressing and bonding, which is widely used in machinery, automobiles, electronic appliances, instrumentation, textiles and construction and other industries, and is a thermoplastic engineering plastic with a wide range of uses.

ABS (acrylonitrile-butadiene-styrene copolymer) has the potential to generate static electricity when rubbed against many materials. The ability to generate static electricity depends on the material rubbed against and the environmental conditions. Here are some examples of common materials that can generate static electricity when rubbing against ABS:

Human body: Static electricity may be generated when the human body rubs against ABS material, such as by touching or moving items made of ABS.

Leather or rubber: When rubbing against leather or rubber materials, such as rubber soles or leather clothing, static electricity can also be generated.

Synthetic fibers: Static electricity can also be generated when rubbed against synthetic fiber materials, such as polyester or nylon, such as in contact with synthetic clothing.

It is important to note that the static electricity generated by friction can be affected by the ambient humidity. In dry environments, static electricity is more common, while in higher humidity environments, static electricity may be reduced.

In order to reduce or avoid static electricity, consider using methods such as antistatic sprays, antistatic coatings, or grounding ABS materials. In addition, maintaining proper indoor humidity can also help reduce the generation of static electricity.

ABS is in contact with air or other insulating materials and friction causes static electricity. According to the query of China Chemical Network, Wang Ji learned that ABS is an insulating material and is not conductive, but it is not easy to export the frictional static electricity in contact with the air or other insulating materials, and it will produce electrostatic charge, positive charge or negative charge collection, and static electricity will occur.

Can ABS add antistatic agent to reduce electromagnetic radiation? Hello, very high Xing Sun Xingxing will answer for you<> pro-ABS can reduce electromagnetic radiation ABS long-term antistatic agent can be applied to the field of electronics (electronic instruments, electronic components, etc.), the addition of the type of addition, so that its antistatic effect is more stable, effectively avoid damage caused by production or human body current, and can shield the outside world electromagnetic interference to precision electronic components. ABS long-term antistatic agent can be applied to injection molding, extrusion, blow molding and other processes, and it will not affect the transparency effect during the period after adding, and is suitable for free coloring and high transparency requirements in the electronic field.

ABS long-term antistatic agent has passed the EU REACH RoHS certification and the American standard EDS certification, so it can be added and used with confidence. Hope mine can help you <>

Do you have any other questions?

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