Computer case toughness agent

Abstract

The invention discloses a computer case toughness agent, and relates to the technical field of a computer case, and the computer case is prepared from the following raw material components: hydrogenated terpene maleate, benzyl triethyl ammonium chloride, dimethyl maleate, alkyl polyglucoside, methyl pentyl acetate, epoxyfuroic oleic butyl ester, carboxymethyl chitosan, polyvinyl pyridine, polyvinyl acetate, silica powder, a hydroxyapatite-ferroferric oxide composite material, plant extract oil, carbon fiber, butyl acrylate, modified high temperature high toughness epoxy resin, high pressure low density PE, graphene, polyamide fiber and polyvinyl alcohol; the prepared computer case toughness agent has high pressure resistance, high temperature resistance, low temperature resistance, corrosion resistance, is not easy to break, and is durable to use, the computer material is hard and tough after use of the computer case toughness agent, case cracks and seams caused for the reason that the case is brittle and hard can be reduced, and impact force and impact resistance of the computer case can be increased, so that the computer case is touch or drop resistant.

Description

Technical field: [0001] The invention relates to the technical field of computer casings, in particular to a toughening agent for computer casings. Background technique: [0002] The shell of a notebook computer is not only the most direct way to protect the body, but also an important factor affecting its cooling effect, "weight" and aesthetics. Common casing materials for notebook computers include: alloy casings include aluminum-magnesium alloys and titanium alloys, plastic casings include carbon fiber, polycarbonate PC and ABS engineering plastics, and common casing materials for notebook computers include: alloy casings include aluminum-magnesium alloys and titanium alloys. Alloy, plastic shell has carbon fiber, polycarbonate PC and ABS engineering plastics. [0003] Magnesium-aluminum alloys and titanium alloys are not very strong and wear-resistant, and their cost is relatively high. The disadvantage of carbon fiber is that the cost is higher, and the molding is not...

AI Technical Summary

Problems solved by technology

[0003] Magnesium-aluminum alloys and titanium alloys are not very strong and wear-resistant, and the cost is relatively high.

The disadvantage of carbon fiber is that the cost is higher, and the molding is not as easy as the ABS shell, so the shape of the carbon fiber shell is generally relatively simple and lacks change, and the coloring is also difficult

The heat dissipation performance of polycarbonate PC is also better than that of ABS plastic, and the heat distribution is relatively uniform. Its biggest disadvantage is that it is relatively brittle and will break when it falls. Our common CDs are made of this material.

ABS engineering plastic is PC+ABS (engineering plastic alloy), the Chinese name in the chemical industry is plastic alloy, the biggest disadvantage of ABS engineering plastic is its heavy weight and poor thermal conductivity

[0004] In the comprehensive market, there are materials for the existing notebook computer casings. The casing materials are durable, wear-resistant and have good heat dissipation, but they are expensive. They are more suitable for high-end computers, but not suitable for the general public.

Polycarbonate and ABS engineering plastic materials are cheaper than magnesium-aluminum alloy and titanium alloy, but the materials are brittle and have poor thermal conductivity. As a notebook computer case, it will cause a series of problems due to quality problems.