Smart Nitinol-Nickel-Titanium Memory Alloy Manufacture

ZHILIAN SMART NITINOL

Dedicated to technological innovation and promotion in the field of shape memory alloys

ZHILIAN SMART NITINOL

Muscle titanium wire

NiTinol-titanium alloy wire, with its high elasticity and fatigue resistance, assists in aerospace equipment, and can also be used in the manufacture of everyday products.

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PRODUCT CATEGORY

Product Center · Customizable

Mainly engaged in:In-depth research on the process and performance of memory alloys, independent innovation, and excellent processes for NITI shape memory alloy superelasticity processing, single-way memory processing, two-way memory processing, and full-process memory processing.

NiTinol wire

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Superelastic Shape memory Corrosion resistance

NiTinol ring

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Corrosion resistance Shape memory Superelasticity

NiTinol Spring

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Superelastic Not easy to deform Shape memory

TR ring

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Superelastic Corrosion resistant Biocompatible

Huizhou Zhilian Smart Nitinol Co., Ltd

A professional manufacturer in the field of memory alloy processing!

Memory Alloy: Development | Production | Technical Service

Huizhou Zhilian Smart Nitinol Co., Ltd has many experts in the field of memory alloys. Based on the rapidly developing Pearl River Delta, relying on years of in-depth research on the process and performance of memory alloys, independent innovation, and excellent processes for NITI shape memory alloy superelasticity processing, single-way memory processing, two-way memory processing, and full-process memory processing. The products produced are widely used in automobiles, high-speed rail, electric power, aerospace, medical devices and other fields. In many fields, it has helped customers optimize product structure and enhance product competitiveness...

Huizhou Zhilian Smart Nitinol Co., Ltd is a professional manufacturer in the field of memory alloy processing in China.

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2019

The company was founded in 2019

500

Registered capital of 5 million yuan

100

Number of employees

20 +

Honorary Qualifications

6000

Floor area

Popular Products

Relying on years of in-depth research on the process and performance of memory alloys, independent innovation, and excellent processes for NITI shape memory alloy superelasticity processing, single-way memory processing, two-way memory processing, and full-process memory processing.

Temperature control spring clip

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Nickel-titanium superelastic wire

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Nickel tube

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Nickel retaining ring

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Shape memory alloy spring

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U-shaped retaining ring

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Nickel plate

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Memory steel ring, nickel titanium soft steel ring

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Nickel round wire

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Disc washer

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Wide bracelet

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Bracelets and rings

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Nickel tube

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Nickel flat wire

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Memory Ring

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Welding

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CORE COMPETENCIES

Pay attention to every detail with heart

28 +

Main Equipment

Technical and quality control personnel

Various management personnel

Surface treatment

Smooth surface without burrs, stable performance, and wide range of applications

Strict quality control

Use instruments and equipment to conduct strict tests on products, through multiple processes, to ensure that products meet standards.

Quality without worry

Strong toughness, not easy to deform under strong pressure, good rebound

Customization

Years of experience in OEM industry from the source factory, quality is more guaranteed

APPLICATION

Application areas

The products produced are widely used in automobiles, high-speed rail, electric power, aerospace, medical devices and other fields. It has helped customers in many fields optimize product structure and enhance product competitiveness.

Automotive field

Architecture

Medical field

Artificial intelligence

Aerospace

Life domain

NEWS CENTER

News

Gather the latest news in the field of shape memory alloy processing

A Brief Discussion on the Characteristics of Shape Memory Alloys

Memory metal is a special metal material that, after undergoing plastic deformation within a specific temperature range, can recover its original macroscopic shape within a different temperature range. It first appeared in the 1970s.

A NiTinol wire material factory introduces the knowledge of shape memory alloys.

Energy development is an important application area for shape memory alloys. Today, the NiTinol wire material factory introduces the knowledge of shape memory alloys for you. Let's learn about it together!

2025.05.08

Main uses of memory metal

Industrial Applications of Shape Memory Alloys 1. Unidirectional shape recovery utilizing the unidirectional shape memory effect, such as in pipe fittings, antennas, and clamps. 2. External bidirectional memory recovery. That is, utilizing the unidirectional shape memory effect, with the assistance of external force, repeated actions with temperature increase and decrease can be performed, such as in thermosensitive components, robots, and terminals. 3. Internal bidirectional memory recovery, i.e., utilizing the bidirectional shape memory effect. Repeated actions are performed with temperature increase and decrease, such as in heat engines and heating elements. However, this type of application has rapid memory decay and poor reliability, and is not commonly used.

2025.05.06

NASA uses shape memory alloy to create a new type of foldable wing

According to foreign media reports, NASA considers foldable wings a key aerospace technology for the future. To achieve this goal, the space agency has begun searching for an advanced, lightweight shape memory alloy. A suitable option has recently emerged: a new alloy developed by the Spanwise Adaptive Wing project that allows wings to control their surfaces and change shape without the need for heavy hydraulic systems. Aircraft wings have undergone a long history of development, evolving from early spruce wood and canvas to increasingly complex materials. While significant technological updates have been achieved, their efficiency remains somewhat limited. If wings could become more "rubber-like," capable of transforming into various shapes, they could adapt to a wider range of flight conditions. This idea has actually been around for a while, but the problem is that the hydraulic systems required for foldable wings are too heavy and energy-consuming, outweighing their advantages. To address this, NASA's Armstrong Flight Research Center, Glenn Research Center, Langley Research Center, Boeing Research & Technology, and Area-I Inc. jointly developed an actuator to replace existing hydraulic systems and engine brakes. This actuator will reduce weight by 80% and operate using shape memory alloys. Recently, NASA conducted a series of flight tests at Rogers Dry Lake in Edwards Air Force Base, California. During the tests, they used a remotely controlled prototype technology assessment research aircraft (PTERA). It is understood that the PTERA's wings can fold from 0 to 70 degrees during flight. In addition to carbon composite materials, the drone also uses a large number of telemetry devices and sensors. Typically, shape memory alloys are deformed by heating. In the tests, heating tubes on the wings caused the outermost sections of the wings to bend upwards or downwards. Jim Mabe, a technician from Boeing Research & Technology, said that the new alloy jointly developed with NASA performed exceptionally well, exhibiting stability from the initial testing phase to flight tests and surpassing previous materials. According to information provided by NASA, wings with foldable capabilities will one day be lighter, simpler, more slender, more stable, and more fuel-efficient. Furthermore, they will make supersonic flight easier.

2025.04.26

Hotline:

86 177 2793 3902

Contact Email:

luke@smartnitinol.com

Address:

Building 19, Liandong U Valley, Sanhe Subdistrict, Huiyang District, Huizhou City, Guangdong Province, China

Product Management

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Product Management

NiTinol -Titanium Memory Alloy Wire | NiTinol Spring | NiTinol - Fastening Ring

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E-mail

luke@smartnitinol.com

Tel

86 177 2793 3902

8617727933902