DH-S Ti64 powder
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Binder & Feedstock
Polymer Binder
KYHE’s polymer binder is developed to work with DH-S titanium alloy powder in metal injection molding. It connects powder handling and mold filling with subsequent debinding and sintering.
The formulation focuses on limiting residual carbon, supporting flow into detailed geometries and matching solvent and thermal debinding routes. Binder selection must be considered alongside powder morphology, particle-size distribution and equipment conditions.
Discuss your powder, component geometry and debinding process with the team before selecting a binder system.
Material information
| Topic | What to discuss |
|---|---|
| Powder compatibility | DH-S powder grade, particle distribution and surface condition |
| Molding behavior | Part geometry, wall sections and equipment conditions |
| Debinding route | Compatibility with the proposed solvent and thermal debinding sequence |
| Powder loading | Powder volume fractions above 60% depend on the selected formulation and processing conditions |
| Residual carbon | Required final chemistry and the debinding/sintering cycle |
| Supply specification | Formulation, supply form, quantity and handling requirements agreed in the quotation |
Processing instructions are specific to the selected powder and binder combination. Define your material and equipment requirements before choosing a formulation.
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