Orthodontic TMA Archwire with 800 MPa Fracture Intensity and Low Hysteresis for Precise Tooth Positioning

This Orthodontic TMA Archwire is crafted from Titanium Molybdenum Alloy (TMA), offering exceptional strength, flexibility, and biocompatibility. With a 0.022 inch slot size, it integrates seamlessly into standard orthodontic brackets and is specifically designed for the finishing stage of treatment to achieve precise final tooth positioning.

The wire features low hysteresis for minimal energy loss during force application and high elasticity with excellent springback, allowing for multiple adjustments while maintaining shape integrity. Its elongation strain of 18-24% enables delicate force application for minor corrections.

• High-quality Titanium-Molybdenum Alloy construction for superior strength and durability
• Available in diameters from 0.012 inch to 0.021 x 0.025 inch
• Elastic strain of approximately 2% for optimal flexibility
• Preformed upper and lower arch shapes for precise fit
• Compatible with various orthodontic appliances
• Globally exported for international availability

The Fenhe TMA Arch Wire is ideal for various orthodontic procedures including alignment, leveling, space closure, and correcting malocclusions, crowding, and spacing issues. Its consistent force maintenance makes it suitable for both initial and later treatment stages.

ISO certified and manufactured in Foshan, China, this arch wire provides reliable performance in diverse clinical scenarios with compatibility for various bracket systems.

Available in packaging options of 10 PCS/Pack or 1 PCS/Pack with a minimum order of 10 packs. Price ranges from 0-100 USD with delivery within 7-10 days after payment. Payment methods include Alipay, Wechat Pay, Paypal, and TT. Monthly supply capacity exceeds 10,000 packs.

Each archwire is individually packaged in sterile, tamper-evident blister packs placed in sturdy, labeled boxes compliant with medical device standards. Products are shipped in cushioned cartons with appropriate padding and temperature/humidity controls when necessary.