Huizhou Pengchengrui Technology Co., Ltd.

Nickel titanium sheets are mainly processed into thin plates and foils using shape memory effect, superelasticity, biocompatibility, and high damping vibration reduction. They are then made into various functional components through laser/wire cutting.

1、 Medical field (largest usage)

1. Orthopedic implantable instruments

Memory alloy embracing plate, sternum fixation plate, skull and maxillofacial repair plate; Under low temperature, it is stretched and implanted into the human body, and the body temperature drives contraction, continuously applying clamping pressure to the fracture site to promote bone healing.

2. Interventional medical devices

Ultra thin nickel titanium foil processing for self expanding stents and occluder bases; After compression, it is delivered into the body and automatically dilates and supports blood vessels and cavities at body temperature.

3. Dental and surgical instruments

Orthodontic device substrate, minimally invasive surgical elastic forceps head, surgical grasping forceps, repeatedly bent and not easily permanently deformed, resistant to body fluid corrosion.

>Medical nickel titanium plates must comply with ASTM F2063 medical standards.

2、 Aerospace and Defense Fields

1. Expandable structure of spacecraft

Satellite solar panels, antenna deployment hinges; Folding and pressing during launch, the memory effect is automatically triggered by temperature changes when entering the orbit, eliminating the need for a motor mechanism and reducing weight with high reliability.

2. Adaptive structure for aviation

Adaptive wing driven skin, changes in power/temperature to alter plate deformation, dynamically adjusts wing profile; Pipeline memory sealing joint, low-temperature assembly, automatic sealing at room temperature.

3. Vibration damping and buffering components

The engine damping plate and detector landing buffer components rely on high damping to absorb impact vibrations.

Nickel titanium alloy sheet

3、 Industrial automation and temperature control actuators

1. Temperature controlled driving components

Temperature sensing valve plate, fire temperature control trigger plate, the plate deforms when the temperature rises, realizing automatic opening and closing of the valve without the need for motor sensors.

2. Pipeline sealing compensation components

Memory alloy sealing ring, thermal compensation plate, compensating for pipeline thermal expansion and contraction, used for oil and gas, power pipelines.

3. Robot biomimetic mechanism

Thin plates, as "artificial muscles", undergo deformation when heated by electricity and are used for micro flexible robotic arms and micro actuators.

4、 Electronic consumer products

1. Folding device hinge

Folding screen mobile phone hinge thin plate, utilizing super large elasticity, repeatedly bent hundreds of thousands of times without permanent deformation.

2. Wearable devices

Elastic bracket, smart wearable elastic lining; Super elastic eyeglass frame plate, rebounds and recovers after being dropped.

5、 New Energy and Automotive Industry

1. Wind power equipment: damping damping plates for wind turbine blades to reduce vibration fatigue.

2. Energy storage/battery system: temperature controlled pressure relief component, which automatically deforms and releases pressure when the temperature is abnormal.

3. Automobile: Engine temperature control valve, vibration damping gasket, automatically completes opening and closing actions based on temperature.

6、 Ocean Engineering

Resistant to seawater corrosion, producing underwater adaptive seals and elastic components for ocean detection equipment, resistant to seawater chloride ion corrosion.

Huizhou Pengchengrui Technology Co., Ltd. specializes in supplying nickel titanium alloy sheets. The board has excellent shape memory effect, super elasticity, corrosion and fatigue resistance, good biocompatibility, and can be customized according to the required phase transition temperature and thickness specifications. Suitable for fields such as medical devices, aerospace, automated temperature control components, and ocean engineering, with controllable quality from the source factory, supporting customized materials and deep processing, stable performance, and providing reliable nickel titanium material solutions for high-end manufacturing.