Medical polymer coating systems, super-lubricious antibacterial coated urinary catheters, catheter stents, and PLGA biodegradable material.
Our capability spans two directions: control of molecular weight and degradation period in biodegradable polymers, and hydrophilic lubrication plus antibacterial functionalization of device surfaces. Solving "material – coating – device" consistency within one technical framework is the core of this business line.
A biodegradable functional polymer whose degradation products are lactic acid and glycolic acid with well-defined metabolic pathways. Widely used in absorbable sutures, drug-loaded microspheres and tissue engineering scaffolds.
Coating systems that impart hydrophilic lubrication, antithrombogenic or antibacterial function to device surfaces, forming films on a variety of substrates for catheters, guidewires and implantable devices.
A standard urinary catheter carrying a dual-function hydrophilic and antibacterial coating, reducing insertion friction and inhibiting bacterial colonization on the surface.
Stent devices for lumen support and drainage, available in different specifications and materials, with optional surface functionalization.
The core difficulty in medical materials is not a single material, but the consistency of "material – coating – device". Because we hold both polymer synthesis and surface functionalization capabilities, we can resolve the matching of degradation period, lubrication durability and antibacterial stability within one technical framework.
Please describe your specification requirements (LA/GA ratio, molecular weight range, coating function) and intended use. We will assess feasibility and return a technical proposal.