Did you know that different braided mesh pipes have different functions?

In the industry, high-temperature molten steel is often sputtered out by magnetron, and unprotected pipelines or wires will often be damaged. In addition, these molten steels condense on pipelines or wires to produce coal ash, which will cause pipeline damage. Or the vulcanized rubber on the surface of the wire is hardened, embrittled and cracked. At this time, the braided network pipe can be used to protect the pipelines, wires and equipment in these places to a large extent, and greatly increase their service life.

PET nylon braided telescopic network tube is newly woven from PET wire, which has excellent elasticity, flame retardant grade, wear resistance and fire resistance. The appearance of the product is bright and clean, the color is bright, and various shapes and colors. The characteristics of the wire network tube made of semiconductor material: extremely soft Good, easy to bend, loose and tight, easy to operate wires, excellent elasticity, elasticity and wear resistance, used in computer power lines, speaker monitoring video lines, wires and cables, etc., to play a protective role, basically In any electronic circuit, it needs to be used.
As far as the types of products currently on the market are concerned, it can be said that they are rich in variety, and the key is to complete the division according to the differences in materials and their functions. In fact, according to the difference of materials, pet nylon braided telescopic mesh tube is made of PET material, which has excellent abrasion resistance, expansion, lubricity, flame retardancy and air permeability and heat dissipation properties.
The products are widely used in the maintenance and cleaning of electrical products such as computer power lines, speaker monitoring video lines, lighting, central air-conditioning, refrigerators, fully automatic washing machines and optical cables, motorcycles, vehicles, airports and other routes. Users need to weave network pipes with different widths, different colors, and different patterns with brushed or three-wire. As far as the characteristics of the product are concerned, the main points are as follows: First, the product has relatively obvious electrical conductivity, and its unique feature is the single-specificity, that is, it can only be injected through the positive stage and discharged through the negative stage. Secondly, the use of this product has always been closely related to semiconductor devices, which is also an earlier product in semiconductor products.
Crystal braided network tube: one of the basic electronic devices of semiconductor materials, which has the effect of increasing the amount of current, and is the main component of electronic circuits. The braided network tube is a semiconductor material silicon wafer with two PN junctions that are very close to each other. The two PN junctions divide the positive semiconductor material into three parts. The middle part is the base area, and the two sides are the emitter area and the collector area.
There are two kinds of sorting forms, PNP and NPN. The corresponding electrodes are drawn from the three regions, each of which is the base b emitter e and the collector junction c. The PN junction between the emitter region and the base region is called the emitter junction and the collector region The PN junction between the base area and the base area is called a collector junction. The base area is very thin, while the emission area is thicker and has a large impurity concentration. The PNP-type braided network tube emission area "sends" holes, and its movement direction is consistent with the direction of the current, so The emitter arrow symbol is inward; the NPN braided network tube emission area "sends" free charges, and its movement direction is opposite to the direction of the current, so the emitter arrow symbol is outward. The emitter arrow symbol points outward. The direction of the emitter arrow sign is also the on-off orientation of the PN junction under the positive working voltage.