Overall Description
| Name | Blue Nylok Patch Small Screw M1.6 |
| Size | M0.8-M2.5 or custom made |
| Available material | Super good carbon steel, etc |
| Surface | Black zinc palting, etc |
| Distinguishing feature | Nylok, small size, and durable |
| Drive type | Phillips, etc |
| Head style | Big flat head |
| Drawing format | PDF, CAD, JPEG, and so on |
| Instruction | Electric, automotive, surgery, etc |
Blue Nylok Patch Small Screw M1.6 Details
Blue Nylok Patch Small Screw M1.6 application
Blue Nylok Patch Small Screw M1.6 production flow
Partners
Nowadays, fasteners are used for fastening on machinery, equipment, vehicles and railways. That is to say, in many applications, fasteners are indispensable for connecting fastening parts, and the fastener manufacturers are annoyed by "how to eliminate What are the symptoms of fastener rust lock?" This is also a common problem in our daily life, but many people do not know how to deal with it flexibly. Here, we share the five parts about the rust lock of the fasteners. song.
1. First remove the sludge on the broken surface of the broken screw, use the center 铳 to smash the center of the section, then use a drill to install a drill bit with a diameter of 6-8 mm, drill the hole at the center of the section, and pay attention to the hole. through. After the hole has been drilled, the small drill bit is removed and replaced with a drill bit of 16 mm in diameter, and the hole of the broken bolt is continuously enlarged and drilled through
2. Take the electrode with a diameter of 3.2 mm or less, use medium and small current in the bore of the broken bolt, and carry out the surfacing from the inside to the outside. The part where the surfacing starts should take off half of the entire length of the bolt. When starting surfacing, the arc should not be too long to avoid burning the outer wall of the broken bolt. After surfacing to the upper end face of the broken bolt, a cylinder of 14-16 mm in diameter and 8-10 mm in height is continuously welded.
3. After surfacing, hammer the end face with a hammer and make the broken bolt vibrate along its axial direction. Due to the heat generated by the arc and the subsequent cooling, coupled with the vibration at this time, loosening between the broken bolt and the thread of the body is caused.
4. Carefully observe that when a trace of rust is leaked from the fracture after tapping, the nut sleeve of M18 can be taken on the stud of the surfacing and the two are welded together.
5. After welding, use a plum wrench cover for the cool and hot heat, and twist it back and forth on the nut. You can also use the small hand hammer to knock the end of the nut while twisting back and forth, so that the broken bolt can be taken out.
6. After removing the broken bolt, use a suitable wire hammer to machine the thread in the frame to remove rust and other debris in the hole.
Whether it is the extremely small screws of electronic equipment, the general screws of furniture appliances, or even the large screws used in engineering, construction, bridges, traffic appliances, airplanes, trams, automobiles, etc., screws occupy a very important position in these fields