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SILBIONE HCRA 4365 HPM A may be stored for up to 12 months from its date of manufacturing.Please consult the Safety Data Sheet of this product.

SILBIONE HCRA 4365 HPM A

Silbione HCRA 4365 HPM A/B is a two part, addition cure, platinum catalyzed silicone elastomer designed for use in processes where high strength molded parts are desired. It is formulated for extended mix life, transfer and compression molding operations. Silbione HCRA 4365 HPM A/B meets USP Class VI requirements and can be used in short term (under 30 days) implant materials.

Bio-compatibility

Custom Compound HCR

Fluid

  • ​High strength
  • No volatile cure by-products
  • Optional post cure
  • Non-tacky surface
  • Non-blooming
  • No peroxide residue
  • ​Molded medical parts for <30 day implantation
  • Healthcare applications: stoppers, needle entry ports
  • Formulated to meet US Pharmacopoeia (USP) Class VI requirements for health care applications

Asia Pacific;Europe Middle East Africa;Central and South America;North America

 Characteristics_A

 

 

 Characteristics_B

 

 

 

 

 Table_Characteristics_A_And_B

 

 

specific-gravity_108e6684-e7c4-4e2b-a615-631b494320d3specific-gravity_108e6684-e7c4-4e2b-a615-631b494320d3Specific Gravity1.15PairedMix
elongation_68a5ddf2-2baf-4e60-ac6f-0a8a18a758b2elongation_68a5ddf2-2baf-4e60-ac6f-0a8a18a758b2Elongation> 250PairedMix%

 

 

 

 

SILBIONE HCRA 4365 HPM BSILBIONE HCRA 4365 HPM B/our_offer/Product/90054335/90054334/SILBIONE-HCRA-4365-HPM-B

 

 

​Parts A and B components of Silbione ® HCRA 4365 HPM are designed to be mixed in equal parts by weight or volume using standard liquid injection molding processing equipment and techniques. Airless mixing, metering and dispensing equipment are recommended for production operations. Accurate measuring and complete mixing are essential factors in obtaining consistent results.

Curing can be achieved in 10 minutes at 120°C or 3 minutes at 165°C. Post curing for one hour at 165°C is recommended to stabilize physical properties.

The mixture of Parts A and B components of Silbione® HCRA 4365 HPM will remain stable for at least 72 hours at 23°C. Working time can be further extended by storing the mixed material in a freezer.

Special care must be taken to assure clean molds and a clean work area with no organic rubbers used on the same processing equipment. Traces of foreign materials can poison the catalyst and inhibit the cure. All metering and mixing equipment should be thoroughly cleaned. Polymer systems, which contain traces of amines, sulfur, nitrogen oxide, organotin compounds and carbon monoxide can interfere with the cure of this product and should be avoided.

 

​Parts A and B components of Silbione ® HCRA 4365 HPM are designed to be mixed in equal parts by weight or volume using standard liquid injection molding processing equipment and techniques. Airless mixing, metering and dispensing equipment are recommended for production operations. Accurate measuring and complete mixing are essential factors in obtaining consistent results. Curing can be achieved in 10 minutes at 120°C or 3 minutes at 165°C. Post curing for one hour at 165°C is recommended to stabilize physical properties. The mixture of Parts A and B components of Silbione® HCRA 4365 HPM will remain stable for at least 72 hours at 23°C. Working time can be further extended by storing the mixed material in a freezer. Special care must be taken to assure clean molds and a clean work area with no organic rubbers used on the same processing equipment. Traces of foreign materials can poison the catalyst and inhibit the cure. All metering and mixing equipment should be thoroughly cleaned. Polymer systems, which contain traces of amines, sulfur, nitrogen oxide, organotin compounds and carbon monoxide can interfere with the cure of this product and should be avoided.

 

 

​Parts A and B components of Silbione ® HCRA 4365 HPM are designed to be mixed in equal parts by weight or volume using standard liquid injection molding processing equipment and techniques. Airless mixing, metering and dispensing equipment are recommended for production operations. Accurate measuring and complete mixing are essential factors in obtaining consistent results.

Curing can be achieved in 10 minutes at 120°C or 3 minutes at 165°C. Post curing for one hour at 165°C is recommended to stabilize physical properties.

The mixture of Parts A and B components of Silbione® HCRA 4365 HPM will remain stable for at least 72 hours at 23°C. Working time can be further extended by storing the mixed material in a freezer.

Special care must be taken to assure clean molds and a clean work area with no organic rubbers used on the same processing equipment. Traces of foreign materials can poison the catalyst and inhibit the cure. All metering and mixing equipment should be thoroughly cleaned. Polymer systems, which contain traces of amines, sulfur, nitrogen oxide, organotin compounds and carbon monoxide can interfere with the cure of this product and should be avoided.

 

​Parts A and B components of Silbione ® HCRA 4365 HPM are designed to be mixed in equal parts by weight or volume using standard liquid injection molding processing equipment and techniques. Airless mixing, metering and dispensing equipment are recommended for production operations. Accurate measuring and complete mixing are essential factors in obtaining consistent results. Curing can be achieved in 10 minutes at 120°C or 3 minutes at 165°C. Post curing for one hour at 165°C is recommended to stabilize physical properties. The mixture of Parts A and B components of Silbione® HCRA 4365 HPM will remain stable for at least 72 hours at 23°C. Working time can be further extended by storing the mixed material in a freezer. Special care must be taken to assure clean molds and a clean work area with no organic rubbers used on the same processing equipment. Traces of foreign materials can poison the catalyst and inhibit the cure. All metering and mixing equipment should be thoroughly cleaned. Polymer systems, which contain traces of amines, sulfur, nitrogen oxide, organotin compounds and carbon monoxide can interfere with the cure of this product and should be avoided.

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