Master Bond MB297Med-2 Ethyl Cyanoacrylate

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USP Class VI Approved Adhesives for Medical Device Applications
Master Bond’s biocompatible adhesives are designed to meet the needs of medical device manufacturers. Compounds withstand various types of sterilization methods.

Master Bond MB297Med-2 Ethyl Cyanoacrylate
Categories:	Polymer; Adhesive; Thermoset; Acrylic/Cyanoacrylate Adhesive
Material Notes:	Key Features: One component, no mix system Meets USP Class VI specifications Fast setting Rapid fixture time Product Description: Master Bond MB297Med-2 is a single component ethyl cyanoacrylate type adhesive. This high strength, rapid curing system is used primarily for medical device assembly. MB297Med-2 is a lower viscosity (100-110 cps) cyanoacrylate. This kind of system, which is commonly referred to as an instant adhesive or super glue, cures very rapidly with the rate of cure dependent upon the humidity— the higher it is, the faster the cure. Because curing is normally so fast, minimal contact pressure is usually sufficient for bonding. It must be emphasized that this high strength system requires no heating or mixing. It typically sets up within 10-40 seconds depending upon the humidity and the substrates. The bond strength is exceptionally high in the shear mode. MB297Med-2 bonds well to a variety of substrates especially metals, plastics and rubbers. The service temperature range for this system is -60°F to +250°F. Most importantly, MB297Med-2 meets USP Class VI specifications for biocompatibility. MB297Med-2 can be used in a wide array of different medical applications ranging from repair to high speed production. It has first rate resistance to EtO and gamma sterilization processes. Although many of the applications for MB297Med-2 involve disposable type medical devices, it also can be utilized with reusable ones depending upon the service conditions. Product Advantages: Rapid curing at room temperature; usually sets up within 40 seconds No heating or mixing Contact pressure usually sufficient for fixturing Bonds well to a wide variety of substrates Excellent resistance to EtO and gamma sterilization Passes USP Class VI testing Well suited for disposable and reusable medical devices Information provided by Master Bond Inc.
Vendors:

Available Properties

Specific Gravity
Viscosity
Hardness, Shore D
Tensile Strength
Elongation at Break
Tensile Modulus
Adhesive Bond Strength, Substrate Failure, Butyl-Butyl, Tensile lap
Adhesive Bond Strength, Substrate Failure, Steel-Natural Rubber, Tensile lap
Adhesive Bond Strength, Substrate Failure, Steel-Butyl, Tensile lap
Adhesive Bond Strength, Substrate Failure, Natural Rubber-Natural Rubber, Tensile lap
Adhesive Bond Strength, Substrate Failure, SBR-SBR, Tensile lap
Adhesive Bond Strength, Neoprene-Steel, Tensile lap
Adhesive Bond Strength, Substrate Failure, NBR-NBR, Tensile lap
Adhesive Bond Strength, Substrate Failure, Nitrile-Nitrile, Tensile lap
Adhesive Bond Strength, Substrate Failure, Neoprene-Neoprene, Tensile lap
Adhesive Bond Strength, Substrate Failure, Polystyrene-Polystyrene, Tensile lap
Adhesive Bond Strength, Delrin-Delrin, Tensile lap
Adhesive Bond Strength, Nylon-Nylon, Tensile lap
Adhesive Bond Strength, Nylon-Bakelite, Tensile lap
Adhesive Bond Strength, NBR-Aluminum, Tensile lap
Adhesive Bond Strength, Aluminum-Aluminum, Tensile lap
Adhesive Bond Strength, Chromium-Chromium, Tensile lap
Adhesive Bond Strength, Phenolic-Phenolic, Tensile lap
Adhesive Bond Strength, Substrate Failure, ABS-ABS, Tensile lap
Adhesive Bond Strength, Substrate Failure, Nylon-Copper, Tensile lap
Adhesive Bond Strength, Aluminum-Stainless Steel, Tensile lap
Adhesive Bond Strength, Steel-Stainless Steel, Tensile lap
Adhesive Bond Strength, Substrate Failure, Steel-PVC (rigid), Tensile lap
Adhesive Bond Strength, Polyester-Polyester, Tensile lap
Adhesive Bond Strength, Copper-Copper, Tensile lap
Adhesive Bond Strength, Steel-Aluminum, Tensile lap
Adhesive Bond Strength, Stainless-Stainless, Tensile lap
Adhesive Bond Strength, Steel-Steel, Tensile lap
Adhesive Bond Strength, Brass-Brass, Tensile lap
Adhesive Bond Strength, Substrate Failure, PVC(rigid)-PVC(rigid), Tensile lap
Volume Resistivity
Dielectric Constant
CTE, linear
Maximum Service Temperature, Air
Softening Point
Minimum Service Temperature, Air
Cure Time, set up time, substrate dependent
Shelf Life, in original, unopened containers
USP Class VI

Property Data

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Manufacturer Notes:
Master Bond Inc.

Category Notes
Plastic

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