4 results about "Antistatic Materials" patented technology

This invention provides a permanent antistatic PC material preparation system, comprising a mixing unit, an extrusion granulation unit, and an injection molding unit connected in sequence. The injection molding unit includes a barrel, a screw assembly rotatably disposed within the barrel, and an ERT sensor disposed at a nozzle at the end of the barrel. The ERT sensor includes an electrode array for online acquisition of electrical impedance tomography (EIT) data of the melt passing through the nozzle. The screw assembly includes a screw spindle with a longitudinally penetrating internal heat conduction oil channel. This internal heat conduction oil channel is connected to an external temperature control system via a connector. One section of the barrel is a compression section. A segmented thermal response sleeve is fitted around the outer periphery of the screw spindle within the compression section. The outer surface of the thermal response sleeve is provided with an outer peripheral conveying spiral. The thermal response sleeve responds to changes in the fluid temperature within the internal heat conduction oil channel by generating radial expansion displacement, thereby dynamically adjusting the compression ratio by changing the effective root diameter of the screw assembly within the compression section.

The application provides a high-fluidity halogen-free flame-retardant multi-color antistatic composite material, which comprises the following components in parts by weight: PC, 36-88 parts; ABS, 5-25 parts; toughening agent, 1-10 parts; antistatic agent, 0.5-3.9 parts; antioxidant, 0.05-2 parts; anti-dripping agent, 0.05-2 parts; flame retardant, 5-20 parts; wherein the antistatic agent is a liquid antistatic material or a combination of a liquid antistatic material and a solid antistatic material. The application has the beneficial effect that the composite material does not contain dangerous halogen compounds, does not cause harm to human health, can reduce the risk of secondary pollution during recycling and reuse, is more environmentally friendly, and the prepared composite material has good flame-retardant effect, antistatic property and fluidity, and can be customized in color according to product requirements, thereby meeting the market demand for multi-color products.

This invention discloses an antistatic, antibacterial, and formaldehyde-removing ceramic tile and its preparation method, belonging to the field of special ceramic tile technology. The antistatic, antibacterial, and formaldehyde-removing ceramic tile of this invention comprises, from bottom to top, a tile body, a surface glaze layer, and a protective glaze layer. The surface glaze layer is made from a surface glaze base material and nano-sized oxide materials, including any one or more combinations of nano-zinc oxide, nano-titanium dioxide, nano-alumina, and nano-magnesium oxide. The protective glaze layer is made from a protective glaze base material and an antistatic material. This invention, by adding nano-sized oxide materials to the surface glaze layer, allows the nano-sized oxide materials and the antistatic materials in the protective glaze layer to interact, giving the tile excellent antistatic effects and also enabling it to possess antibacterial and formaldehyde-removing functions. This broadens the functionality of the tile, allowing it to be used in diverse environments and solving the problems of poor antistatic effects and limited functionality in current antistatic ceramic tiles.

This invention relates to the field of polymer composite materials technology, specifically providing a long-lasting antistatic ABS material and its manufacturing method. By weight, the material comprises the following raw materials: 100 parts ABS resin, 3-5 parts antistatic modifier, 1 part UV stabilizer, 1.5 parts polymer auxiliary conductive filler, and 0.2 parts antioxidant; wherein the antistatic modifier is a PEG-b-PS diblock copolymer. This invention achieves physical entanglement and permanent anchoring of molecular chains through the good compatibility between the PS segment of the PEG-b-PS block copolymer and the ABS matrix, while simultaneously utilizing the microphase separation of its PEG segments to construct hydrophilic conductive channels within the matrix; combined with the electronic conductive network of the auxiliary conductive filler, a dual "ion-electron" synergistic conductive mechanism is formed. This material possesses long-lasting, migration-resistant, abrasion-resistant, and aging-resistant antistatic properties, while causing minimal damage to the mechanical properties of the ABS matrix, maintaining high appearance, and achieving a surface resistivity of up to 10 Ω·cm. 9 -10 11 Ω / □, especially suitable for high-end cleanroom scenarios such as photomask protective film boxes.