Silica Material Portfolio
Compare crystalline silica powder, fused silica powder and sand, cristobalite, ultrafine silica and surface-treated silica for industrial applications.
PRODUCT FAMILIES
Start with the material family that matches your process, then compare grades, particle sizes, properties and applications.
Crystalline silica powders for coatings, silicone rubber and electronic packaging.
Low-expansion fused silica powders, sand and granules for casting, refractory and ceramics.
High-whiteness cristobalite flour, powder and sand for casting, coatings and engineered compounds.
Clean quartz raw material and refined particles for purity-sensitive industrial applications.
Refined translucent and porcelain-white quartz sand grades for casting, ceramics and refractory uses.
Precision quartz rods, plates and engineered quartz components for technical applications.
Natural crystalline silica powder for waterborne electrode-coating trials, supporting slurry rheology, filtration, edge-definition and dry-film uniformity screening without claiming battery-capacity performance.
Cristobalite filler for radiant ceramic coating trials on thermal-process equipment, with a practical route to compare phase, PSD, coating rheology and thermal-cycle retention.
Controlled-phase cristobalite powder for digitally formed ceramic mold-wash trials, with phase, PSD and slurry-process data to guide shell and cast-surface evaluation.
Amorphous fused quartz flour for ceramic additive-manufacturing feedstock trials, including binder-based printing routes that require controlled powder data and a defined debinding and firing program. Printability and final properties remain formulation- and process-specific.
Controlled-phase cristobalite powder for technical ceramic formulation trials where phase identity, particle-size distribution and firing response must be reviewed together. Final fit depends on the ceramic matrix, forming route and customer firing schedule.
Washed and graded natural crystalline quartz sand for resin-bound flooring, polymer concrete and controlled decorative-composite trials. Buyers should qualify grading, cleanliness, moisture, color and binder wet-out in the actual resin and installation process.
Natural crystalline quartz sand for solar-glass batch screening where the buyer must control iron, trace chemistry, particle-size distribution and melt behavior against a defined glass recipe. Grade selection follows the current TDS/COA and a customer melt trial.
Fused silica powder for refractory gunning mix trials where phase identity, particle-size control and process compatibility must be evaluated together. Confirm grade-specific chemistry, PSD, moisture and application fit against the customer’s mix and spraying conditions.
Low-expansion fused silica powder for semiconductor epoxy molding compound screening in advanced packaging. Reference chemistry includes SiO2 >99.90% and Fe2O3 <50 ppm; select PSD and purity against filler loading, flow, warpage, ionic contamination and package-reliability targets.
Fused silica powder for EV inverter and power-module epoxy potting trials where low expansion and dimensional stability are required. Match purity and PSD to viscosity, vacuum filling, thermal cycling, dielectric strength and partial-discharge acceptance in the customer’s resin system.
High-whiteness cristobalite powder for cool-roof and reflective architectural coating trials. M3000/M4000/M6000 reference grades provide D50 options of 12/5/3 μm; confirm dispersion, solar reflectance, thermal emittance, SRI and weathered retention in the finished coating.
M4000 calcined cristobalite powder for EV high-voltage silicone cable compound trials. A supplied batch reports D50 6.15 μm, SiO2 99.63%, Fe2O3 0.009%, moisture 0.1% and whiteness 94%; qualify dispersion, cure, electrical insulation and finished-cable performance in the customer’s formulation.
Technical Resources
Use practical guides to compare silica materials, convert mesh to microns and prepare clearer specifications for your application and RFQ.
Evaluate cristobalite-filled silicone seals with controlled compression, cure history and recovery measurements. Hardness alone cannot qualify seal behavior.
Check silica-filled epoxy cure by separating filler dilution from reaction changes, then connect DSC evidence to the temperature history of the cast part.
Casting-ring size, liner contact and orientation can change effective mold expansion. Use a controlled, axis-by-axis trial before adjusting a jewelry pattern.
