60%/80% Wax-Content 3D-Printing Jewelry Casting Resin | Fast-Curing, Low-Ash, High-Precision Lost-Wax Work
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Send a product link, drawing or short brief. We’ll work through the details with you.
- Confirm the specificationGrade or model, size and intended use.
- Define your orderQuantity, finish or configuration, and samples.
- Agree the quotation scopeIncluded work, key checks and delivery needs.
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CAS No.otherPurity99%
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EINECS No.otherMolecular Formulaother
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Other NamesotherProduct TypeSynthetic Resin And Plastics
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viscosity600
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Volumeshrinkage1-2Functionalbasis3
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Solidcontent(%)≥99Strength(kgf/cm2)65
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Young'selongation (kgf/cm3)33Extension(%)125
Synthetic casting resin is directed to 3D-printed jewelry patterns and lost-wax casting, with 60% and 80% wax-content directions. Fast curing, low ash and high precision are qualitative material/process aims. The actual formulation, printer/tooling and jewelry-pattern procedure should be selected together for the requested resin.
Wax content, purity and solids
Purity is referenced at 99%, while solids content is at least 99%. Agree the selected wax-content formulation and the constituent/measurement basis of those distinct quantities. Keep the wax percentage, purity and solids criteria assigned to their actual roles when defining the material and acceptance for the jewelry-printing work.
Viscosity, volume shrinkage and functional basis
Viscosity reference is 600, volume-shrinkage reference 1–2 and functional-basis reference 3. Define their units, physical meanings and test conditions for the selected formulation. Those actual references should be connected to the resin and pattern procedure being requested, with the measurement and process acceptance agreed for that material.
Strength and extension measurement roles
Strength is referenced at 65 kgf/cm² and extension at 125%. A separate Young's-elongation reference is 33 under kgf/cm³, with its physical meaning and measurement basis to confirm. Relate the actual mechanical criteria to the selected resin and test/curing conditions, keeping that unusual reference distinct from the extension percentage and strength value.
Jewelry printing and pattern/burnout acceptance
Define the actual printer/tooling, jewelry geometry and curing procedure for the chosen resin. Relate the qualitative fast-curing, low-ash and precision directions to the pattern condition and burnout acceptance required for that task. The formulation, composition/property basis and process criteria together give the jewelry lost-wax resin inquiry a specific technical scope.
