Stainless Steel Aarchwires For Correcting Dental Malformations High Tensile Strength
Stainless steel arch wires are made of stainless steel materials, used for correcting dental malformations, and applied in combination with brackets, bands, buccal tubes and other orthodontic accessories.Manufactured via advanced processes including wire drawing, heat treatment and surface finishing, all stainless steel orthodontic wires are finely crafted from medical-grade stainless steel, mainly adopting 304 and 316 medical grades. They feature excellent biocompatibility and fully meet clinical oral application standards.
Product Description
Stainless steel arch wires are made of stainless steel materials, used for correcting dental malformations, and applied in combination with brackets, bands, buccal tubes and other orthodontic accessories.
Manufactured via advanced processes including wire drawing, heat treatment and surface finishing, all stainless steel orthodontic wires are finely crafted from medical-grade stainless steel, mainly adopting 304 and 316 medical grades. They feature excellent biocompatibility and fully meet clinical oral application standards.
Boasting high tensile strength and fracture resistance, stainless steel arch wires rank among the most widely used orthodontic dental consumables. They are commonly used for space closure, torque control and fine adjustment in the middle and late stages of orthodontic treatment with high cost performance.
We provide 5 specifications of round wires and 12 specifications of rectangular wires, available in 4 arch forms: ovoid, natural, square-round and standard.
Product Specifications
| Type | Orthodontic Products |
| Name | Stainless steel archwires |
| Size | Round: 0.012"/0.014"/0.016"/0.018"/0.020" Rectangular: 16*16/16*22/17*22/17*25/18*22/18*25/19*25/21*25/18*18/20*20/14*25/16*25 |
| Package | 10pcs/pack, 1pcs/pack |
| Material | Stainless steel |
| Arch form | Ovoid/Natural/Square/Standard |
Core Features
Treatment principle: Follow the rule of from soft to hard, thin to thick, round to rectangular.
FAQ