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17

2025-06

Participating in the national-level project "Research, Development, Production, and Clinical Application of High-Cycle Fatigue-Resistant Nitinol Alloy Tubing for Cardiac Valve Stents"

The company is involved in the project titled "Research, Development, Production, and Clinical Application of High-Cycle Fatigue-Resistant Nitinol Alloy Tubing for Heart Valve Stents," breaking the bottleneck caused by reliance on imports and achieving domestic substitution for imported products.

17 Jun,2025

Participating in the national-level project "Research, Development, Production, and Clinical Application of High-Cycle Fatigue-Resistant Nitinol Alloy Tubing for Cardiac Valve Stents"

16

2025-06

The company is involved in the project titled "Research, Development, Production, and Clinical Application of High-Cycle Fatigue-Resistant Nitinol Alloy Tubing for Heart Valve Stents," breaking the bottleneck caused by reliance on imports and achieving domestic substitution for imported products.

16 Jun,2025

16

2025-06

The company has developed several first-in-class Class II and Class III medical nickel-titanium shape-memory alloy products, and its R&D capabilities are showing a rapid upward trend.

16 Jun,2025

16

2025-06

The company has achieved ISO13485 certification.

16 Jun,2025

16

2025-06

The company has obtained the biocompatibility test report for medical nickel-titanium shape-memory alloy.

16 Jun,2025

16

2025-06

Company Establishment

16 Jun,2025

03

2025-06

The Difference Between Medical Nickel-Titanium Alloy Wires and Ordinary Nickel-Titanium Alloy Wires

This article delves into the key differences between medical-grade nitinol wires and conventional nitinol wires, examining their shape-memory effects and biocompatibility to help readers better understand how to choose sutures. Gaining insight into these distinctions can provide crucial guidance for making informed medical decisions.

03 Jun,2025

The Difference Between Medical Nickel-Titanium Alloy Wires and Ordinary Nickel-Titanium Alloy Wires

22

2025-05

Processing Techniques for Nickel-Titanium Alloy Wires and Their Applications in the Medical Field

The processing techniques for nickel-titanium alloy wires and their applications in the medical field—particularly their potential as nickel-titanium sutures—are gradually becoming a vital component of modern medicine. Thanks to their unique shape-memory properties and superelasticity, this material demonstrates unparalleled advantages in suturing procedures, potentially paving the way for even greater innovations and transformations in the future.

22 May,2025

Processing Techniques for Nickel-Titanium Alloy Wires and Their Applications in the Medical Field

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RENCHANG

CONTACTS

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86-13912363452 / 86-13915313283

E-mail

garmin@rcniti.com / wenwen@rcniti.com

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No. 127-6, Yabao Avenue Jiangyin City, Jiangsu Province, China

RENCHANG

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E-mail：garmin@rcniti.com

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