Pericardial Replacement Membranes

Engineered membrane solutions for medical devices, including breathable membranes for wound care and drug delivery applications. Materials are designed to meet stringent biocompatibility and performance standards.

Permeable membrane films engineered for targeted medical applications including microfiltration, gas venting, and pressure equalization. These membranes can be produced from various polymer materials such as polyvinylidene fluoride (PVDF), polyamides, thermoplastic polyesters, and other specialty polymers.

High-performance hollow fiber membranes engineered for direct contact with blood and biological fluids. Advanced material composition ensures optimal biocompatibility and minimal thrombogenicity in clinical use.

Selective barrier components with elastic properties for medical device applications requiring selective permeability and flexibility.

Specialized silicone membrane components for medical devices including diagnostic and filtration applications. Custom membranes are engineered to specific permeability and durability requirements.

Ventilation and pressure compensation membranes for medical devices, allowing controlled air exchange while maintaining device integrity.

Elastomeric membrane components for fluid control and venting applications in medical devices and minimally invasive surgical equipment.

Pressure-compensating ventilation membranes for medical devices, preventing condensation and enabling gas exchange in sealed enclosures.

Hollow fiber membranes for therapeutic apheresis and blood component separation procedures. Engineered for selective permeability and high throughput in clinical therapeutic applications.

Synthetic barrier membranes designed for guided tissue regeneration and bone regeneration applications. These membranes are used in dental, orthopedic, and maxillofacial procedures to facilitate bone and tissue healing.

Processed animal pericardium for use as membrane barrier in cardiac and thoracic surgery. Provides tissue coverage and separation during complex surgical procedures.

Surface treatments applied to dialyzer membranes to reduce inflammatory responses. Enhance biocompatibility and improve long-term outcomes in chronic dialysis patients.