Appearance: gray or gray-black powder

Application: modifier of carbon-carbon composite functional materials, cemented carbide additives, ceramic matrix ultra-high temperature composite materials

Specifications: 99%～ 99.95% (calculated by subtraction, excluding gas elements)

Particle size: D50: 50-100nm, 0.5-1.0um, 1.0-3.0um, 1.0-3.0um (80% concentrated), 10-50um (80% concentrated, spherical or nearly spherical, plasma sprayed), 50-100um (80 % Concentrated, Spherical or Near Spherical, Plasma Spray)

Features: XRD detects pure phase, low oxygen content, customizable particle size, concentrated distribution, good fluidity, and large specific surface area

Related: Tantalum Carbide (TaC), Tantalum Hafnium carbide (4TaHf5C), Titanium Carbide (TiC)

Appearance: gray or gray-black powder

Application: Modifier for ultra-high temperature ceramic matrix composites, carbon-carbon and carbon-ceramic composites

Specifications: 99%～99.9% (calculated by subtraction, excluding gas elements)

Particle size: D50: 50-100nm, 100-200nm, 0.5-1.0um, 1.0-3.0um, 1.0-3.0um (80% concentrated), 10-50um (80% concentrated, spherical or nearly spherical, plasma sprayed), 50 -100um (80% concentrated, spherical or nearly spherical, plasma sprayed)

Features: XRD detects pure phase, low oxygen content, customizable particle size, concentrated distribution, good fluidity, and large specific surface area

Related: Tantalum Diboride (TaB₂), Tungsten Diboride (WB₂), Molybdenum Diboride (MoB₂), Tungsten Diboride (CrB₂)

Appearance: gray or gray-black powder

Applications: Ultra-high temperature ceramic matrix composites, cemented carbide additives, new thermal insulation and temperature-regulating textile materials, solid fuel propellants

Specifications: 99%～99.95% (calculated by subtraction, excluding gas elements)

Particle size: D50: 30-50nm, 50-100nm, 0.5-1.0um, 1.0-3.0um, 1.0-3.0um (80% concentrated), 10-50um (80% concentrated, spherical or nearly spherical, plasma sprayed), 50 -100um (80% concentrated, spherical or nearly spherical, plasma sprayed)

Features: XRD detects pure phase, low oxygen content, customizable particle size, concentrated distribution, good fluidity, and large specific surface area

Related: Tantalum Carbide (TaC),Tantalum Hafnium carbide (4TaHf5C), Titanium Carbide (TiC)

Appearance: gray or gray-black powder

Application: Ultra-high temperature ceramic matrix composites

Specifications: 99% ～ 99.9% (calculated by subtraction, excluding gas elements)

Particle size: D50: 50-100nm, 100-200nm, 0.5-1.0um, 1.0-3.0um, 1.0-3.0um (80% concentrated), 10-50um (80% concentrated, spherical or nearly spherical, plasma sprayed), 50 -100um (80% concentrated, spherical or nearly spherical, plasma sprayed)

Features: pure phase detected by XRD, low oxygen content, customizable particle size, concentrated distribution, good fluidity, excellent sintering activity

Related: Tantalum Diboride (TaB₂), Tungsten Diboride (WB₂), Molybdenum Diboride (MoB₂), Chromium Diboride (CrB₂)

Appearance: gray powder

Application: ultra-high temperature structural material, carbon-carbon composite material modifier

Specifications: 99%～99.95% (calculated by subtraction, excluding gas elements)

Particle size: D50: 3.0-5.0um, -325 mesh, 10-60um (spherical, 3D printing or plasma spraying)

Features: high purity (99.95% detected by GDMS), low oxygen content (<0.2%), concentrated particle size distribution, good fluidity

Related: spherical rhenium powder (Re), spherical tantalum powder (Ta), spherical zirconium powder (stored in water), spherical tungsten powder (W)

Appearance: gray or gray-black powder

Application: boron carbide bulletproof composite ceramic, battery anode material, 3D printing aluminum alloy particle reinforcement

Specifications: 99% to 99.9% (calculated by subtraction, excluding gas elements)

Particle size: D50: 50-100nm, 100-200nm, 0.5-1.0um, 1.0-3.0um, 1.0-3.0um (80% concentration), 3.0-5.0um Features: XRD detects pure phase, low oxygen content, particle size distribution Good concentration and sintering activity

Appearance: gray powder

Application: Zr source for infiltration reaction

Specifications: 99% to 99.9% (calculated by subtraction, excluding gas elements)

Granularity: D50: 0.5-1.0um, 1.0-3.0um, 5-15um (can be adjusted according to customer needs)

Features: XRD detects pure phase, low oxygen content, low melting and infiltration reaction temperature of composite materials, and good product density.

Related: silicon hafnium alloy (HfSi₂), silicon tantalum alloy (TaSi₂), silicon molybdenum alloy (MoSi₂), silicon tungsten alloy (WSi₂)

Appearance: white powder

Application: infrared coating material, high temperature structural material

Specifications: 99% ~ 99.99% (calculated by subtraction, excluding gas elements)

Particle size: D50: 50-100nm, 100-200nm, 0.5-1.0um, 1.0-3.0um

Features: high purity (99.99%, GDMS test data), small particle size (30nm), large specific surface area, high surface activity

Appearance: gray or gray-black powder

Application: PCBN inserts, carbide, metal clad ceramics

Purity: 99%～99.9% (calculated by subtraction method, excluding gas elements)

Particle size: D50: 1.0-3.0um, 0.5-1.0um, 100-200nm

Features: high solid solubility, stable phase composition, low oxygen content, concentrated particle size distribution, good sintering activity

Related: Titanium Carbide (TiC), Titanium Nitride (TiN)

Appearance: yellow or khaki powder

Application: Ceramic Matrix Ultra High Temperature Composites

Specifications: 99% to 99.9% (calculated by subtraction, excluding gas elements)

Particle size: D50: 0.5-1.0um, 1.0-3.0um, 1.0-3.0um (80% concentration), 10-50um (80% concentration, spherical or nearly spherical, plasma spraying), 50-100um (80% concentration, spherical or near spherical, plasma spray)

Features: XRD detects pure phase, low oxygen content, customizable particle size, concentrated distribution, good fluidity, and large specific surface area

Related: Tantalum carbide (TaC), Tantalum hafnium carbide (4TaHf5C)