Technologies

Technologies & Knowledge

The processes, equipment and expertise behind our advanced materials.

Technologies

Technologies used across the Khat Group line

A suite of forming routes that convert engineered powders into precise, dense green bodies — chosen per geometry, batch size, and material family.

Equipment: Uniaxial and isostatic presses, injection-molding machines, SPS furnaces, and slip-casting lines.
Challenges: Achieving uniform green density while avoiding cracks, warpage, and binder residues that survive into sintering.
Value: Enables complex, near-net-shape parts with consistent density for high-performance ceramics and magnets.

In-house synthesis of strontium ferrite (hexaferrite) powders with controlled particle size and magnetic grade.

Equipment: Calcination kilns, milling and classifying systems, magnetic separators, and particle analyzers.
Challenges: Controlling M-type hexaferrite phase purity and coercivity through stoichiometry, temperature, and milling energy.
Value: Secures a domestic supply of the raw powder behind our permanent magnets, reducing import risk and cost.

Near-full densification of technical ceramics, closing residual porosity to maximize strength and optical quality.

Equipment: High-temperature and pressure-assisted furnaces, vacuum/hot-press and SPS units.
Challenges: Reaching full density without grain growth, which trades away strength and optical clarity.
Value: Unlocks the mechanical and optical performance only available in fully dense ceramic bodies.

Production of optically transparent ceramics for windows, lenses, and armor-grade optical components.

Equipment: Transparent-ceramic furnaces, hot isostatic pressing, and precision polishing and finishing equipment.
Challenges: Eliminating light scattering from residual pores and grain boundaries to reach high in-line transmittance.
Value: Delivers durable, transparent components that outperform glass in high-temperature and abrasive conditions.

Forming, sintering, and magnetizing ferrite-based permanent magnets into finished, ready-to-install parts.

Equipment: Magnet presses and forming tools, sintering furnaces, magnetization fixtures, and magnetic testers.
Challenges: Balancing anisotropic alignment, shrinkage control, and coercivity to hit the target magnetic grade.
Value: Produces low-cost, corrosion-resistant permanent magnets at industrial scale.

Synthesis of soft ferrite and spinel (MnZn/NiZn) cores and components for high-frequency power applications.

Equipment: Powder synthesis and milling lines, shaping tools, and controlled-atmosphere sintering furnaces.
Challenges: Tailoring permeability, core-loss, and temperature stability across a wide frequency range.
Value: Enables efficient inductors, transformers, and EMI components for power electronics.

Tell us what you need to make. We'll help you find the most reliable, cost-effective way to produce it.