Batson's #17 Blue Pigment is a blue pigment mixture used with the Batson's #17 Anatomical Corrosion Kit for preparation of multicolor anatomical corrosion casts. The pigment is incorporated into the monomer base before the catalyst and promoter are combined with the casting mixture.
The Batson's #17 procedure uses red and blue pigments to provide contrast in corrosion specimens, including delineation of venous and arterial systems. The procedure is documented for anatomical study, comparative demonstrations, and quantitative scanning electron microscopy studies.
Related system: Batson's #17 Anatomical Corrosion Kit, Cat. 07349.
Key Properties
- Catalog number: 07352
- Product form: mixture
- Physical state: liquid
- Appearance: very viscous blue liquid
- Blue pigment component: C.I. Pigment Blue 15
- Standalone package size: 100 g
- Included in the Batson's #17 Anatomical Corrosion Kit
- Storage: room temperature
Applications
Anatomical Corrosion Casting
Batson's #17 Blue Pigment is used with the Batson's #17 Anatomical Corrosion Kit, an acrylic-based system for preparing anatomical corrosion casts by injection of liquid resin followed by room-temperature curing.
Vascular Cast Contrast
Red and blue pigments are used in the Batson's #17 procedure to provide contrast and delineate venous and arterial systems. Batson's #17 Red Pigment is available separately for multicolor casting procedures.
Anatomical & Scanning Electron Microscopy Studies
The Batson's #17 procedure is documented for preparation of specimens for anatomical study, comparative demonstrations, and quantitative scanning electron microscopy studies. The technical procedure describes use with hearts, lungs, other vascularized organs, and anatomical structures into which the liquid casting material can be injected.
Preparation & Mixing Considerations
The Batson's #17 technical procedure describes dividing the pigmented monomer base into two portions before separately adding catalyst and promoter, then combining the two portions to initiate the final casting mixture.
Application Tips
- The formulation described in Technical Data Sheet 105 generally provides 30 to 45 minutes to begin and complete specimen injection
- Injected specimens are generally fully cured within 2 to 3 hours under the documented procedure
- Keep the specimen in cold water or an ice bath during curing to help dissipate heat generated by polymerization and limit specimen expansion or distortion
- After complete curing, Batson's #17 Maceration Solution, Cat. 07359 may be used to remove surrounding tissue from the finished corrosion cast
- Follow Technical Data Sheet 105 for the complete mixing, injection, curing, and maceration procedure
Handling & Storage
- Store at room temperature in a cool, well-ventilated location
- Keep the material appropriately contained when not in use
- Ensure good ventilation of the work area
- Avoid contact with skin and eyes
- Wear protective gloves, eye protection, and suitable protective clothing
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FAQ
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1. What is Batson's #17 Blue Pigment used for?
It is the blue pigment component used with the Batson's #17 Anatomical Corrosion Kit to prepare colored anatomical corrosion casts.
2. How much Batson's #17 Blue Pigment should be added?
Technical Data Sheet 105 specifies approximately 2% to 10% pigment depending on the depth of color required.
3. When is the blue pigment added during preparation?
Add the pigment to the Batson's #17 Monomer Base Solution before the catalyst and promoter are introduced.
4. Can red and blue pigments be used to differentiate vascular structures?
Yes. Technical Data Sheet 105 states that the red and blue pigments can be used to delineate venous and arterial systems in corrosion specimens. The procedure does not prescribe a fixed color assignment for either system.
5. Is Batson's #17 Blue Pigment included in the complete kit?
Yes. The Batson's #17 Anatomical Corrosion Kit, Cat. 07349, contains 10 g of blue pigment. Cat. 07352 is available separately in a 100 g package.
6. How long is the working time after the Batson's #17 components are mixed?
The formulation described in Technical Data Sheet 105 generally provides a working time of 30 to 45 minutes to begin and complete specimen injection.
7. How long does a Batson's #17 cast take to cure?
Under the procedure described in Technical Data Sheet 105, the injected specimen should be fully cured in approximately 2 to 3 hours.
8. What is used to remove tissue after the cast has cured?
Batson's #17 Maceration Solution, Cat. 07359 is used to remove excess tissue from the fully cured specimen.
9. How should Batson's #17 Blue Pigment be stored?
Store at room temperature in a cool, well-ventilated location.
10. Can I request a larger quantity?
Yes. For larger quantities, use the bulk-quote option.
Safety & Documentation
Batson's #17 Blue Pigment is a formulated mixture classified in the current SDS as suspected of causing cancer. Use appropriate laboratory ventilation and personal protective equipment and review the product documentation before handling.
