Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle

China Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle, Find details about China Wire Guide Nozzle, Wire Guide Nozzles from Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle

Model NO.
W0330
Color
Natural Color
Trademark
Hartai
Transport Package
20PCS/Box
Specification
RoHS, SGS
Origin
Guangdong, China
HS Code
847990
Model NO.
W0330
Color
Natural Color
Trademark
Hartai
Transport Package
20PCS/Box
Specification
RoHS, SGS
Origin
Guangdong, China
HS Code
847990
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil WindingTungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle
Fine Textile Copper Machine Ra0.025 Diamond Polished Mirror Surface Hard Alloy Ruby Tipped Tube Winder Neddle Motor Coil Windingtungsten Carbide Nozzle

Coil winding wire guide Nozzles(TungstenCarbide nozzle)also call wire guide tubes, wire guide eyelets, wire guide needles, it is used on coil winding machine. It is made precisely of hard alloy and enjoys the hardness up to HRA90. Two terminals andinnerle are all receive mirror surface treatment to ensure enameled wire makes no scrape. High hardness, resistance to flexure, block and impact.

Coil winding wire guide nozzles(Hard alloy nozzle)Tungste carbide nozzle Features:
1. High Wear Resistance
This is assured by the choice of materials for wear elements possessing a minimum hardness in excess of Vickers 1, 000 (HRC 70).
2. Scratch-Proofing
Eliminate wire insulation film damage, low friction resistance, stable wire tension. The wire-guiding surfaces are mirror finished by diamond lapping to a surface roughness of 2 -4 micro inches Ra or better, material permit.

3. Straightness and Stiffness
Straightness and Stiffness are defined by the wire exit being concentric and inflexible with respect to the nozzle locating? . In plain terms, the wire should exit from the nozzle concentric to the locating? To within 0.02 mm, with or without load. A geometric characteristic presentation is shown at upper left. Concentricity to within 0.01mm.
4. Precise Exit Radii
Because the coil winding nozzle's Exit Radii governs the angle of the wire exit from one coil to the next, it should be monitored to + / - 0.025 mm. This is done by digital measurement, shown at upper right.
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