DIN985 Nylon Hex Insert Lock Nuts

• Model NO.: DIN6923
• Type: Hexagon Head
• Head Style: Hexagonal
• Grade: 4.8
• Trademark: NGL
• Specification: M4-M48
• HS Code: 7318160000

• Material: Carbon Steel
• Connection: Common Bolt
• Standard: DIN, ANSI, GB
• Finish:Black;Plain;Zp;Yzp;Bzp;Wzp...: Size:M4-M56;5/32-3
• Transport Package: 25kgs/Carton Then Europe Pallets
• Origin: Ningbo Zhejiang

Another Product Description

Nylon Insert Lock Hex Flange Nuts 
DIN6924 and ANSI standard Nylon Lock Nuts 
Size M5 to M30, 1/4 to 1.1/4 inch UNC/UNF 
More Standards Nylon Lock Nuts 
DIN6924, DIN985, DIN982 ANSI NE and NTE type 
Class/Grade: 5, 8, 10 
Surface: PL, zinc, brass, NICKLE 
All standard specifications please visit our 
Online catalogue at 3W hexnuts. Cn for nylon lock nut 
Carbon steel C1010, A3, C1035, C1020 
Stainless Steel 18-8, SS201, SS301, SS304, SS316 
Grade A2-70. A4-80 
More detailed standard specification and prices, packing details, 
Please contact us or see our online shop 3W hexnuts. Cn 

Nylon Insert Lock Nut or nylon lock nut, nyloc nut contains an added nylon ring within the nut that helps lock the nut into place more securely. The most popular used are nylon lock hexagon nuts which compatiable with Hexagon Head Bolts (Hex bolt). 
Nylon lock nuts have a small nylon ring at one nut end that forms slightly smaller hole than the threaded hole going through the nut. When the nut is screwed onto a bolt, the bolt has to force its way through the smaller opening, causing the nylon to stretch. This stretching creates a huge amount of friction between the nut and the bolt, allowing the nut to stay tight for long periods of time without coming loose. Nylon lock nuts are especially useful for applications that involve a lot of vibration that would cause regular nuts to come loose.

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It mainly uses photosensitive resin as a raw material, and utilizes the characteristic that liquid photosensitive resin will cure quickly under ultraviolet laser beam irradiation. The photosensitive resin is generally liquid, and it immediately initiates a polymerization reaction and completes curing when irradiated with a certain wavelength of ultraviolet light (250 nm to 400 nm). SLA focuses on the surface of the light-curing material by focusing ultraviolet light of a specific wavelength and intensity to solidify it sequentially from point to line and from line to surface, thereby completing the drawing of a layered cross-section.

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