iron
Soldering irons are a must-have tool for soldering to warm the tin. The soldering iron consists of a heating core, insulated handle and soldering iron tip. After the electric current is passed, the resistance heating element generates heat. Portable soldering irons can be heated with a small can of gas, usually with a catalytic heater instead of a flame. Soldering iron is often used for installation, maintenance and small production work on electronic assemblies. Large-scale production lines use other welding methods. Large soldering iron can be used to weld foil objects.
Soldering iron can be divided into low temperature soldering iron, high temperature soldering iron and constant temperature soldering iron. Prices vary according to performance.
Tin stove
Tin furnace is a small, temperature-controlled furnace or vessel, bell mouth for tin on the wire and tin on the tip. Use tin furnace to melt tin, dip solder small circuit board, tin on wire, iron tip and tin on special tube. Tin furnaces are particularly useful in small-scale jobs that require reliable temperature control.
Solder
Soldering materials are indispensable in the production and maintenance of the electronics industry. Generally, solder materials commonly used are tin-lead alloy solder, tantalum solder, cadmium solder, silver solder, and copper solder. The main products of solder are divided into three major categories: solder wire, solder bar and solder paste. It is applied to all kinds of electronic welding and is suitable for manual welding, wave soldering, reflow soldering and other processes.
Classification: lead solder, lead-free solder.
Wire stripper
An insulating layer used to quickly strip the wire head.
Cutting pliers
Used to cut off spare parts, wires, or plastics.
Vise
Used to fix, clamp or position parts and boards.
Suction wire
Used for desoldering.
The wire is a special maintenance tool. Its appearance greatly reduces the time for rework/repair of electronic products and greatly reduces the risk of thermal damage to the board. The precision geometric weave design guarantees maximum surface tension and tin absorption.
Flux
A chemical that helps and promotes the soldering process while protecting and preventing oxidation.
Flux type: 1. Water soluble flux;
2. No-clean flux;
3. Rosin flux.
water
Used to clean and wet sponge.
Acid-resistant brush
Usually used to clean lead-containing solder paste.
industrial alcohol
Used to clean components, parts or boards before and after soldering.
microscope
For surface mount components, soldering under the microscope is especially helpful.
Anti-static station
The anti-static table is a type of workbench used to solder static-sensitive components.
Circuit board clamp
Used to fix the circuit board to prevent looseness.
Suction device
Used for desoldering.
A soldering tin is a tool for repairing electrical appliances that collects the solder that melts when the pad electronics are removed. There are two types, manual and electric. The maintenance of disassembled parts requires the use of a soldering device, especially a large-scale integrated circuit, which is more difficult to disassemble, and it is easy to damage the printed circuit board and cause unnecessary loss. Simple soldering devices are hand-held and mostly plastic, and their heads are often made of high temperature resistant plastics because they are often exposed to high temperatures.
Hot air gun
The heat gun is mainly a tool for welding and picking up components by using hot air blown from the core of the heating resistor wire. According to the working principle of the heat gun, the main part of the heat gun control circuit should include a temperature signal amplifying circuit, a comparison circuit, a thyristor control circuit, a sensor, a wind control circuit, and the like. The heat gun temperature is usually between 100 ° C and 550 ° C, and individual can reach 760 ° C.
stick
use:
1. Used for positioning and fixing through holes and surface mount components during welding and desoldering;
2. The pins of the bent component;
3. Lead the lead on the circuit board;
4. Break the tin bridge;
5. Detect loose components. 
Editor in charge: Zhao Hongli
Lithium boron alloy is a kind of composite material composed of Li7B6 matrix phase with porous structure and Li toughness filling phase, with a density of 0.88±0.04g/cm3. It has a silver-white metal appearance and is extremely unstable. It is easy to deteriorate when exposed to air and react violently when exposed to water. Compared with the lithium silicon alloy which is widely used in thermal battery at present, the lithium boron alloy as the anode material of thermal battery has better performances in the highest voltage and discharging time.
Shandong Zhongshan Photoelectric Materials Co., Ltd , https://www.chzsem.com