Specification Brand : uxcell BulletPoint1 : Thread Size: M5x0.8mm; Total Length: 10mm/0.39"; Outer Diameter(+0.5/-0mm): 7mm/0.28"; Package Content: 30 x Knurl Thread Inserts Nuts BulletPoint2 : Material - Made of brass material, high hardness and durable. Provides good mechanical properties with increased corrosion and heat resistance. The high thermal conductivity of brass thread inserts means faster heating and insertion into plastic parts. BulletPoint3 : Feature - The embedding nut has a guide so there is no need for a counterbore or countersink. Smooth surface, firm, and uniform, easy to install. BulletPoint4 : Advantage - Due to the embossing process on the outer diameter of the insert, it forms certain friction and bites force with the brass insert after forming, which can be fixed on the inside so that it will not fall off easily. Has a certain torsion and tension. BulletPoint5 : Application - Can be installed by ultrasonic or heat into the plastic matrix, or formed during the injection, widely used in 3D printing injection molding, computer products, electronic products, circuit board fixing, etc., to achieve tight fixing. DriveSystem : Spline ExteriorFinish : Brass ItemName : uxcell Knurled Insert Nuts, 30Pcs M5 x 10mm(L) x 7mm(OD) Thread Printing Brass Nuts Female Threaded Inserts Brass Heat Set Insert Embedment Nuts ItemPackageDimensions_Height : 8.9 centimeters ItemPackageDimensions_Length : 1.7 centimeters ItemPackageDimensions_Width : 6.1 centimeters ItemPackageQuantity : 30 ItemTypeKeyword : hardware-nut-inserts Manufacturer : uxcell Material : Brass MetalType : Brass NumberOfItems : 30 PartNumber : a24021700ux0074 ProductDescription : Descriptions:
1. Made of brass material, high hardness and durable. Provides good mechanical properties with increased corrosion and heat resistance 2. The knurled insert nut has a guide, so no countersink is required. The surface is smooth, firm, and even, and easy to install. 3. It can be installed into a plastic matrix by ultrasound or heat during the injection molding process. 4. Can be widely used in 3D printing injection molding to achieve tight fixation. 5. Because the outer diameter of the insert is embossed, it forms certain friction and bites force with the brass insert after molding, which can be fixed on the inside and will not fall off. Has a certain torsion and tension.