East Materials
Technical Library

Selection guides, formulation notes, application case studies

Each article includes spec tables, FAQs, benchmark data (Aerosil / HDK / Cab-O-Sil / Pyrogel / Acematt / Syloid), and JSON-LD structured data.

15 articles
01
May 11, 2026#EVbattery#thermalrunaway#MEGELMG-650-EV

Aerogel Felt in EV Battery Thermal Runaway Barriers: Specification and UL 9540A Qualification

How MEGEL MG-650-EV aerogel felt — 1.5-3 mm thin section — delays thermal runaway propagation between cells and modules in 800V EV battery packs. UL 9540A qualification logic, cost vs Pyrogel HPS, and the design constraint that drives aerogel adoption.

02
May 11, 2026#heat-reflectivecoating#roofcoating#MEGELAP-100

Heat-Reflective Roof Coatings with Aerogel Powder: Formulation Protocol

How to formulate a 0.5-3 mm dry-film thermal insulation roof coating with MEGEL AP-100 aerogel powder. The 30-60% loading rule, why low-shear dispersion is mandatory, and the cost-vs-performance tradeoff between AP-100 raw powder and AC-100 pre-dispersed slurry.

03
May 11, 2026#aerogel#VIP#thermalinsulation

Aerogel Powder in Vacuum Insulation Panels: Selection Guide for VIP Core Materials

Why aerogel-filled VIPs outperform fumed-silica-filled VIPs in real-world failure modes. How particle size affects vacuum-pumping integrity and long-term thermal performance. Comparison vs Aspen Cryogel and standard PU foam panels.

04
May 11, 2026#LSR#RTV-2#siliconerubber

Fumed Silica in RTV-2 and LSR Silicone Rubber: Formulation Guide

Why hydrophobic fumed silica is mandatory in addition-cure silicone systems. Why PDMS-treated R620 outperforms DMDS-treated R272/R274 in liquid silicone rubber. Dosage windows, viscosity targets, and post-cure mechanical property tradeoffs.

05
May 11, 2026#HJSILR274#fumedsilica#hydrophobic

How to Choose HJSIL Fumed Silica R274 for Hydrophobic Applications

When R274 (DMDS-treated, mid-BET) beats R110 (HMDS-treated, higher BET) — cost-performance tradeoff, carbon-content impact on transparency, and the three application classes where R274 is the formulator's right choice.

06
May 11, 2026#HPSIL#toothpaste#RDA

How to Choose HPSIL® Toothpaste Silica Gel: The Three-Grade System Explained

Toothpaste formulators need three silica grades working together: abrasive (RDA control), thickener (paste rheology), opacifier (white visual). Understanding what each does — and how to dose them — separates a competitive premium paste from a mass-market formulation that fails consumer testing.

07
May 11, 2026#packagingink#flexography#HJSILR272

Hydrophobic Silica in Packaging Ink — Solvent Compatibility and Print Quality

Solvent-based packaging inks need rheology control without optical haze. Choosing between HJSIL R272 (low BET, low haze) and HJSIL R274 (high BET, higher haze but better thickening) for offset, flexo, and gravure printing applications.

08
May 11, 2026#toner#anti-caking#HJSILR274

Hydrophobic Fumed Silica for Toner and Imaging Powder Anti-Caking

Toner powder formulators need silica that controls flow without affecting print quality. HJSIL R274 and R110 at 0.5-2% on toner weight prevent caking and improve transfer efficiency in laser and copier cartridges.

09
May 11, 2026#hydroxy-terminatedPDMS#siliconesealant#RTV-1

How to Choose Hydroxy-Terminated Silicone Oils for Condensation Cure

Silanol-terminated PDMS is the base polymer for RTV-1 silicone sealants and many RTV-2 silicone moulds. OH content, viscosity, and chain length determine the final sealant performance. Selection guide across EHT-750, EHT-20000, and EHT-80000 grades.

10
May 11, 2026#woodcoatings#mattingagent#HMMAT600

How to Choose Matting Agent for Wood Coatings: HMMAT 600 vs 800 Selection Logic

Furniture lacquer formulators face the burnish-resistance vs sandability tradeoff every day. HMMAT 600 delivers sandability for inter-coat operations; HMMAT 800 delivers burnish resistance for finished consumer surfaces. Which one for your formulation?

11
May 11, 2026#industrialcoatings#mattingsilica#HMMAT700

Silica Paint Matting Agent for Industrial Coatings: Anti-Settling and Sheen Control

Industrial maintenance coatings need both anti-settling rheology and sheen control. Why HMMAT 700 series + HJSIL 300 combination outperforms single-grade approaches in heavy-duty marine, infrastructure, and protective coating formulations.

12
May 11, 2026#wirecable#precipitatedsilica#EPDMcable

Precipitated Silica for Wire and Cable Insulation: Reinforcement and Flame Retardancy

How precipitated silica is used in EPDM, XLPE, and silicone rubber cable jacketing. Reinforcement effect, flame retardant compounding, and the specifications that match wire industry standards (UL, IEC, GB/T).

13
May 11, 2026#inkjetcoating#inkabsorption#papercoating

Silica for Inkjet Receptive Coating: Substrate Adhesion and Ink Absorption

Inkjet receptive paper coatings need silica that absorbs ink quickly without bleeding while maintaining substrate adhesion. Why surface area and pore structure beat particle size alone in inkjet absorption design.

14
May 11, 2026#agriculturalsilica#seedcoating#pesticidecarrier

Silica in Seed and Agricultural Industry: Anti-Caking, Carrier, and Soil Conditioning Applications

How precipitated silica is used in agricultural feed additives, seed coatings, pesticide carriers, and as a soil conditioner. Selection logic for HPSIL F-S anti-caking grade vs custom-blended agricultural silica.

15
May 11, 2026#vinyl-terminatedPDMS#LSR#additioncure

How to Choose Vinyl Silicone Fluid for Silicone Rubber: Vinyl Content vs Viscosity vs Hardness

Vinyl-terminated PDMS is the base polymer of LSR injection moulding and addition-cure RTV-2. Vinyl content controls crosslink density and final hardness; viscosity controls compound flow and processing. Selection guide for EVT-1000 through EVT-100,000 grades.

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