Resin Catalog

Titanium dioxide white masterbatch formulated with medical-grade carriers and no heavy metals. Colour-matched batch to batch so device housings stay visually consistent across production runs.

Forty percent barium sulfate masterbatch that makes catheters and tubing visible under X-ray. Let-down ratio is tuned per wall thickness so radiopacity is achieved without embrittling the base resin.

Cyclic olefin copolymer with a 138C glass transition, combining glass-clear optics with excellent moisture barrier. Common in diagnostic consumables and blister packaging for moisture-sensitive drugs.

Glass-clear cyclic olefin polymer with extremely low extractables and near-zero water absorption. Preferred for prefilled syringes and optical diagnostics where glass-like purity is required without glass breakage risk.

Polyether-based thermoplastic polyurethane with excellent flex fatigue and hydrolytic stability. A long-standing choice for catheter shafts and tubing that must stay kink-resistant in the body.

Medical thermoplastic vulcanizate with rubber-like compression set recovery and strong steam resistance. Used for stoppers, seals and peristaltic pump tubing that must hold sealing force through sterilization.

Medical thermoplastic elastomer engineered to bond with polypropylene and polycarbonate in two-shot overmolding. Delivers a soft-touch grip without the latex proteins or vulcanization of rubber.

Aliphatic polyether TPU that stays clear and resists yellowing, and softens at body temperature for atraumatic insertion. Standard for peripherally inserted catheters and clear tubing.

PC-ABS blend balancing the impact strength of polycarbonate with the processability and cost of ABS. Widely specified for automotive interior trim and consumer electronics enclosures.

UV-stabilized acetal homopolymer with low friction and high dimensional stability. Ideal for precision moving parts and click mechanisms where nylon would absorb too much moisture.

BPA-free copolyester combining glass-like clarity with strong resistance to lipids and aggressive hospital disinfectants — the failure mode that cracks polycarbonate housings in service.

Medical ABS offering excellent dimensional stability and surface finish for enclosures and non-fluid-contact housings. The economical choice for durable equipment shells that do not need transparency.

Lubricated PA66 with high strength, stiffness and abrasion resistance for mechanical components. Note that polyamide absorbs moisture, which shifts dimensions and must be accounted for in tolerance stacks.

Polyphenylsulfone built for repeat steam sterilization, surviving 1000+ autoclave cycles without the crazing that limits polycarbonate. The default for reusable surgical instrument trays and handles.

Transparent amber polysulfone offering autoclavability at a lower cost than PPSU. Widely used in dialyzer housings and reusable devices that need heat resistance with some optical transparency.

Implant-grade PEEK supplied with a long-term implant master file. Higher viscosity than ZA-500, favoured where machined stock and extruded profiles are the conversion route rather than molding.

Implantable-grade PEEK with a modulus close to cortical bone, supported by a full long-term implant biocompatibility dossier. The reference material for spinal fusion cages and load-bearing implants.

DEHP-free flexible PVC compound plasticized with TOTM for fluid-path tubing. Replaces legacy DEHP formulations without giving up the clarity, kink resistance and solvent bondability that made medical PVC dominant.

Gamma-radiation-stabilized medical polycarbonate for transparent single-use devices. Retains optical clarity and impact strength after 25-50 kGy gamma sterilization, where general-purpose PC yellows noticeably.

Higher-flow medical polycarbonate for thin-wall and complex geometries. Easier to fill than Rx1805 at the cost of some impact strength, making it the practical choice for intricate luer fittings and manifolds.

Twenty percent talc-filled polypropylene compound engineered for automotive interior and under-hood parts. Talc raises stiffness and heat resistance while keeping part weight and cost low.

Medical polypropylene homopolymer with controlled, low-extractable additive packaging. The autoclavable workhorse for syringes, labware and rigid disposables where cost and steam resistance matter more than clarity.

Clarified random copolymer polypropylene combining see-through clarity with gamma sterilization tolerance. Chosen when a device needs fluid visibility but polycarbonate is too costly or too rigid.