Junhua Medical

Medical implant grade PEEK pure material: It has excellent mechanical properties such as stiffness, toughness, and durability, with a modulus close to natural cortical bone. It has passed various testing requirements of YY/T0660-2008 and obtained a third-party verification report.

Hydroxyapatite modified implantable PEEK material: Hydroxyapatite has good biocompatibility in AKSOPEEK® The embedding of hydroxyapatite in the material enhances bone attachment and tight bonding between bone and material, thereby promoting the growth of bone tissue and forming more new bones, resulting in higher quality of new bone bridging.

Short cut carbon fiber reinforced implanted PEEK material: The addition of short cut carbon fiber can significantly improve the strength, stiffness, and wear resistance of PEEK material, which is closer to cortical bone hardness, reduces stress shielding, and is suitable for human implantation applications that require higher strength requirements.

Developing and implantable PEEK materials: Combining the excellent properties of PEEK with X-ray visualization, they are biocompatible. By using the standard AKSOPEEK® Adding a developer to the product allows for clear visualization of the components under fluorescence and X-ray radiation, evaluating postoperative healing.

PEEK material is a high-performance thermoplastic with excellent mechanical properties, biocompatibility, and chemical resistance. PEEK material also has strong resistance to degradation at high temperatures and elasticity under organic and aqueous conditions, which can handle chemicals, steam, water, and other available solvents in hospitals and clinics.

PEEK5600CF30-MT carbon fiber composite material adopts PEEK5600G raw material and 30% carbon fiber short fiber composite material, which combines the performance advantages of PEEK and carbon fiber, significantly improving temperature resistance and mechanical properties. At the same time, the material maintains the injection molding characteristics of PEEK, and is currently widely used in the medical industry.

PEEK material is a high-performance thermoplastic with excellent mechanical properties, biocompatibility, and chemical resistance. PEEK material also has strong resistance to degradation at high temperatures and elasticity under organic and aqueous conditions, which can handle chemicals, steam, water, and other available solvents in hospitals and clinics.

PPSU is a non-fixed-shaped, high-performance thermoplastic plastic. Compared with PSU and PEI, it has better impact resistance and chemical resistance.

Medical implanted PEEK pure material: It has mechanical properties such as excellent rigidity, toughness and durability. The modulus is close to natural leather bone. It has passed the various test requirements of YYT0660-2008 and obtained a third-party verification report.

PEEK spine fusion/intervertebral fusion device is processed by PEEK material. It can be implanted in the cervical spine or lumbosacral vertebral gap or is used in thoracic lumbar vertebral vertebral body replacement and restored vertebral lesions.

PEEK stitching rivets have been widely used in sports medicine, mainly used to treat shoulder sleeves, ligament tear or other joint damage. Traditional metal rivets are prone to complications such as loosening, pulling out and cartilage damage, and the emergence of high-intensity stitching increases the load of the binding of stitching rivets, thereby increasing the risk of cutting at the binding. PEEK stitching rivets can avoid these problems. At the same time, compared with absorbable rivets, PEEK has higher strength and X-ray penetration. After surgery, there is no need to worry about metal pseudo -shadow. Stress covering to promote bone healing.

Continuous carbon fiber enhanced implantation level PEEK material: Aksopeek® LCF is a composite material formed by the combination of AKSOPEEK® material and continuous carbon fiber. It has excellent anti-fatigue and mechanical strength, which can extend the service life. Observation of the latter surgery site.