{ "domain": "vetrolyx.com", "productFacts": [ { "source": "src/data/products.ts", "text": "// Product grades modeled on mainstream Chinese high-performance HGM series\nexport interface Grade {\n id: string;\n name: string;\n trueDensity: string;\n crushStrength: string;\n crushPsi: number;\n d50: string;\n sizeRange: string;\n whiteness: string;\n applications: string[];\n highlight?: boolean;\n}\n\nexport const grades: Grade[] = [\n {\n id: 'HL20',\n name: 'HGS-20 Ultra-Light',\n trueDensity: '0.20 g/cc',\n crushStrength: '500 psi (3.5 MPa)',\n crushPsi: 500,\n d50: '65 µm',\n sizeRange: '20–110 µm',\n whiteness: '≥ 92',\n applications: ['Thermal insulation coatings', 'Lightweight putty', 'Cultured marble'],\n },\n {\n id: 'HL25',\n name: 'HGS-25 Insulation',\n trueDensity: '0.25 g/cc',\n crushStrength: '750 psi (5 MPa)',\n crushPsi: 750,\n d50: '60 µm',\n sizeRange: '20–100 µm',\n whiteness: '≥ 92',\n applications: ['Building insulation', 'Fireproof coatings', 'Roof coatings'],\n },\n {\n id: 'HS32',\n name: 'HGS-32 Universal',\n trueDensity: '0.32 g/cc',\n crushStrength: '2,000 psi (14 MPa)',\n crushPsi: 2000,\n d50: '50 µm',\n sizeRange: '15–90 µm',\n whiteness: '≥ 92',\n applications: ['SMC / BMC', 'Adhesives & sealants', 'Artificial stone'],\n highlight: true,\n },\n {\n id: 'HS38',\n name: 'HGS-38 Composite',\n trueDensity: '0.38 g/cc',\n crushStrength: '4,000 psi (28 MPa)',\n crushPsi: 4000,\n d50: '45 µm',\n sizeRange: '15–85 µm',\n whiteness: '≥ 90',\n applications: ['FRP composites', 'Automotive parts', 'Emulsion explosives'],\n },\n {\n id: 'HS42',\n name: 'HGS-42 Injection',\n trueDensity: '0.42 g/cc',\n crushStrength: '6,000 psi (41 MPa)',\n crushPsi: 6000,\n d50: '40 µm',\n sizeRange: '10–80 µm',\n whiteness: '≥ 90',\n applications: ['Injection molding PA/PP', 'Extrusion', 'Tooling board'],\n highlight: true,\n },\n {\n id: 'HS46',\n name: 'HGS-46 Cementing',\n trueDensity: '0.46 g/cc',\n crushStrength: '10,000 psi (69 MPa)',\n crushPsi: 10000,\n d50: '40 µm',\n sizeRange: '10–80 µm',\n whiteness: '≥ 90',\n applications: ['Oil well cementing', 'Drilling fluids', 'Deep-sea buoyancy'],\n highlight: true,\n },\n {\n id: 'HS50',\n name: 'HGS-50 Deepwater',\n trueDensity: '0.50 g/cc',\n crushStrength: '16,000 psi (110 MPa)',\n crushPsi: 16000,\n d50: '35 µm',\n sizeRange: '10–75 µm',\n whiteness: '≥ 90',\n applications: ['Syntactic foam 3,000 m+', 'Riser buoyancy', 'Subsea insulation'],\n },\n {\n id: 'HS60',\n name: 'HGS-60 Ultra-Deep',\n trueDensity: '0.60 g/cc',\n crushStrength: '28,000 psi (193 MPa)',\n crushPsi: 28000,\n d50: '30 µm',\n sizeRange: '8–65 µm',\n whiteness: '≥ 88',\n applications: ['Ultra-deepwater syntactic foam', 'Aerospace tooling', 'High-shear compounding'],\n },\n];\n\nexport const productStats = [\n { value: '30,000+', unit: 't/yr', label: 'Production capacity' },\n { value: '50+', unit: 'grades', label: 'Standard specifications' },\n { value: '0.10–0.70', unit: 'g/cc', label: 'True density range' },\n { value: '30,000', unit: 'psi', label: 'Max crush strength' },\n];\n\nexport const comparisonRows = [\n { aspect: 'True density', hgm: '0.10–0.70 g/cc (tunable)', cenosphere: '0.4–0.8 g/cc (unstable)', polymer: '0.03–0.13 g/cc', solid: '2.4–2.6 g/cc' },\n { aspect: 'Crush strength', hgm: 'Up to 30,000 psi', cenosphere: 'Low, batch variance high', polymer: 'Poor above 120 °C', solid: 'High but heavy' },\n { aspect: 'Thermal stability', hgm: '600 °C+ softening', cenosphere: 'Variable composition', polymer: '80–150 °C limit', solid: 'High but no insulation' },\n { aspect: 'Batch consistency', hgm: '±0.02 g/cc, CV < 5%', cenosphere: 'Wide scatter', polymer: 'Good', solid: 'Good' },\n { aspect: 'Resin demand', hgm: 'Low oil absorption → less resin', cenosphere: 'Surface defects absorb resin', polymer: 'Good', solid: 'High loading weight penalty' },\n { aspect: 'Cost per volume', hgm: 'Low for engineered grade', cenosphere: 'Low but hidden QC cost', polymer: '3–8× higher', solid: 'Cheapest per kg, costly per part' },\n { aspect: 'Functions combined', hgm: 'Lightweight + insulation + low Dk + flow', cenosphere: 'Lightweight only', polymer: 'Lightweight only', solid: 'Reinforcement only' },\n];\n" }, { "source": "src/data/applications.ts", "text": "export interface Application {\n slug: string;\n industry: string;\n title: string;\n tagline: string;\n hero: string;\n scenarios: { name: string; detail: string }[];\n benefits: { economic: string[]; functional: string[] };\n gradeIds: string[];\n targets: { segment: string; examples: string[] }[];\n keywords: string[];\n emerging?: boolean;\n}\n\nexport const applications: Application[] = [\n {\n slug: 'oil-gas',\n industry: 'Oil & Gas',\n title: 'Deepwater Cementing, Drilling Fluids & Subsea Buoyancy',\n tagline: 'Survive 30,000 psi at 3,000 m — hollow glass microspheres engineered for the harshest energy environments on Earth.',\n hero: 'Ultra-low-density cement slurries (down to 0.9 g/cc), non-damaging drilling fluids for depleted reservoirs, and syntactic foam buoyancy rated for full ocean depth.',\n scenarios: [\n { name: 'Low-density well cementing', detail: 'HGM slurries prevent lost circulation in weak formations; density down to 0.9–1.2 g/cc while maintaining compressive strength after set.' },\n { name: 'Underbalanced drilling fluids', detail: 'Reduce mud weight without diluting chemistry — protects depleted and fractured reservoirs, improves rate of penetration.' },\n { name: 'Syntactic foam buoyancy', detail: 'Riser buoyancy modules, ROV/AUV flotation, subsea insulation from 2,000 m to 11,500 m water depth.' },\n { name: 'Thermal insulation of flowlines', detail: 'Wet insulation and pipe-in-pipe syntactic systems keep hydrate formation at bay.' },\n ],\n benefits: {\n economic: ['Fewer cement stages and less remedial squeeze work — documented 15–30% well-construction material savings', 'One buoyancy module outlasts the field life — zero maintenance subsea', 'Chinese-engineered HGM cuts filler cost 30–50% vs. legacy Western grades at equal crush rating'],\n functional: ['10,000–30,000 psi crush strength survives pumping and hydrostatic pressure', 'Narrow particle distribution → predictable slurry rheology', 'Chemically inert borosilicate — no contamination of mud chemistry', 'Low thermal conductivity for flow assurance'],\n },\n gradeIds: ['HS46', 'HS50', 'HS60'],\n targets: [\n { segment: 'Oilfield service majors', examples: ['SLB', 'Halliburton', 'Baker Hughes', 'Weatherford'] },\n { segment: 'Cementing & fluids specialists', examples: ['Regional cementing contractors', 'Drilling fluid formulators (M-I SWACO channel)', 'Base-fluid blenders in MENA & APAC'] },\n { segment: 'Subsea buoyancy fabricators', examples: ['Syntactic foam molders (US Gulf, Norway, UK, Singapore, Brazil)', 'ROV/AUV OEMs', 'Offshore EPCs'] },\n ],\n keywords: ['low density cement slurry', 'hollow glass microspheres oil well cementing', 'syntactic foam buoyancy', 'underbalanced drilling additive'],\n },\n {\n slug: 'paints-coatings',\n industry: 'Paints & Coatings',\n title: 'Thermal Insulation, Solar-Reflective & Anti-Corrosion Coatings',\n tagline: 'One additive that cools buildings, lightens spray lines, and extends coating life.',\n hero: 'HGM-filled coatings cut surface temperature 8–15 °C under solar load, raise solids without viscosity penalty, and build tortuous barrier paths against corrosion.',\n scenarios: [\n { name: 'Cool-roof & exterior wall coatings', detail: 'Reflective thermal insulation coatings for roofs, façades and storage tanks; surface temperature reduction documented at 8–15 °C.' },\n { name: 'Marine & industrial anti-corrosion', detail: 'Spherical barrier pigment extends diffusion paths of water and ions; better hiding power per liter.' },\n { name: 'Fire-resistant intumescent systems', detail: 'Low thermal conductivity supports char insulation performance.' },\n { name: 'Pipeline & tank insulation coatings', detail: 'Sprayable insulative coatings reduce CUI (corrosion under insulation) risk.' },\n ],\n benefits: {\n economic: ['Higher spreading rate: hollow spheres extend volume solids — more m² per liter sold', 'Replace part of TiO₂ and extender pigment at equal hiding', 'Energy-code compliance (cool roof) adds premium pricing power to your line'],\n functional: ['Solar reflectance + hollow-core insulation in one filler', 'Lower coating weight — less sag on verticals', 'Improved sanding, scrub and burnish behavior in architectural paints', 'Reduced cracking via lower shrinkage stress'],\n },\n gradeIds: ['HL20', 'HL25', 'HS32'],\n targets: [\n { segment: 'Global paint majors', examples: ['Sherwin-Williams', 'PPG', 'AkzoNobel', 'Nippon Paint', 'Jotun', 'Hempel', 'Kansai', 'Asian Paints'] },\n { segment: 'Cool-roof & specialty formulators', examples: ['Roofing coating brands (US Sun Belt, Middle East, India)', 'Tank & pipeline coating specialists', 'Intumescent coating houses'] },\n { segment: 'Regional distributors', examples: ['Brenntag', 'Safic-Alcan', 'Azelis', 'IMCD coating desks'] },\n ],\n keywords: ['thermal insulation coating additive', 'hollow glass microspheres paint', 'cool roof coating filler', 'anti-corrosion coating microspheres'],\n },\n {\n slug: 'automotive-ev',\n industry: 'Automotive & EV',\n title: 'Lightweighting, NVH & Battery-Pack Thermal Barriers',\n tagline: 'Every 100 kg saved adds range. Every decibel removed adds perceived quality.',\n hero: 'Density reduction up to 13% in talc-filled TPO, SMC/BMC Class-A panels at lower mass, and hollow-microsphere plates as thermal-runaway propagation barriers between cells.',\n scenarios: [\n { name: 'Injection-molded interior & under-hood parts', detail: 'PA/PP/TPO compounds with HGS-42 survive high-shear molding while cutting part weight 8–13%.' },\n { name: 'SMC / BMC exterior panels', detail: 'Class-A surface panels, tailgates, truck components — density from 1.9 down to 1.4 g/cc.' },\n { name: 'EV battery thermal barriers', detail: 'HGM plates and potting systems slow cell-to-cell thermal runaway propagation with minimal mass increase — validated in eVTOL-grade safety assessments.' },\n { name: 'NVH damping & sealants', detail: 'Low-density damping pads, seam sealers and underbody coatings.' },\n ],\n benefits: {\n economic: ['Lightweighting at $/kg-saved far below carbon fiber or aluminum substitution', 'Faster cycle times: lower thermal mass cools quicker in mold', 'Ships as drop-in — no line retooling for compounders'],\n functional: ['Survives injection molding shear (6,000+ psi grades)', 'Isotropic shrinkage → less warpage, tighter tolerances', 'Lower NVH transmission', 'Thermal insulation inside pack = passive safety layer'],\n },\n gradeIds: ['HS38', 'HS42', 'HS32'],\n targets: [\n { segment: 'Tier-1 compounders', examples: ['SABIC', 'LyondellBasell', 'Borealis', 'Celanese', 'RTP Company', 'Kingfa (export program)'] },\n { segment: 'SMC/BMC molders', examples: ['IDI Composites', 'Menzolit', 'Continental Structural Plastics', 'Polynt', 'Scott Bader'] },\n { segment: 'EV battery & pack integrators', examples: ['Battery material houses', 'Thermal interface suppliers', 'eVTOL & drone OEMs'] },\n ],\n keywords: ['automotive lightweighting filler', 'SMC BMC density reduction', 'EV battery thermal barrier microspheres', 'injection molding weight reduction additive'],\n },\n {\n slug: 'aerospace-defense',\n industry: 'Aerospace & Defense',\n title: 'Syntactic Cores, Radomes & Mission-Critical Lightweight Structures',\n tagline: 'When grams equal fuel, and fuel equals range — engineered spheres deliver both.',\n hero: 'Syntactic foam cores for sandwich structures, low-dielectric radome and antenna materials, and tooling board for precision master models.',\n scenarios: [\n { name: 'Sandwich panel syntactic cores', detail: 'High-strength HGM/epoxy cores for interior panels, fairings, UAV structures.' },\n { name: 'Radomes & antenna windows', detail: 'Low Dk/Df composite skins — HGM lowers dielectric constant toward air (≈1.0) while holding stiffness.' },\n { name: 'Epoxy tooling board', detail: 'Dimensionally stable, easily machined master and layup tooling boards.' },\n { name: 'Ablative & thermal protection fillers', detail: 'Hollow cores absorb heat flux in specialty protection systems.' },\n ],\n benefits: {\n economic: ['Metal-to-composite conversion at commodity tooling cost', 'Stable long-lead supply from a 30,000 t/yr single-site plant', 'Full traceability and batch COA for qualification programs'],\n functional: ['30,000 psi grades survive autoclave-adjacent processing', 'Low dielectric constant + low loss for RF transparency', 'Isotropic CTE reduces thermal cycling fatigue', '60 µm-class particles pack densely in thin plies'],\n },\n gradeIds: ['HS50', 'HS60', 'HS46'],\n targets: [\n { segment: 'Aerostructure & interiors', examples: ['Hexcel', 'Solvay/Syensqo composites channel', 'Gurit', 'Diab', 'Regional sandwich-panel fabricators'] },\n { segment: 'Radome & RF materials', examples: ['Rogers Corporation', 'Ventec', 'Isola', 'Antenna & radome OEMs'] },\n { segment: 'UAV / drone manufacturers', examples: ['Fixed-wing & eVTOL airframe builders', 'Loitering munition composite houses'] },\n ],\n keywords: ['syntactic foam aerospace core', 'radome low dielectric filler', 'epoxy tooling board microspheres', 'UAV lightweight composite'],\n },\n {\n slug: 'marine-offshore',\n industry: 'Marine & Offshore',\n title: 'Buoyancy Modules, Boatbuilding & Marine Coatings',\n tagline: 'From hull to seabed — flotation that never floods.',\n hero: 'Closed-cell glass spheres cannot waterlog: syntactic buoyancy for vehicles and risers, lightweight putties and cores for boatbuilding, insulative anti-corrosion marine coatings.',\n scenarios: [\n { name: 'ROV/AUV & instrumentation buoyancy', detail: 'Machinable syntactic foam blocks, net-buoyant at rated depth.' },\n { name: 'Boatbuilding cores & fairing compounds', detail: 'Lightweight sandwich cores, easy-sand fairing putties, deck insulation.' },\n { name: 'Offshore wind & aquaculture', detail: 'Buoyant cable floats, subsea protection covers, floating platform insulation.' },\n { name: 'Marine antifouling & anticorrosion', detail: 'Barrier-pigment function inside epoxy and polyurethane systems.' },\n ],\n benefits: {\n economic: ['Buoyancy per dollar beats cast foam + fiberglass shells', 'Fairing putty sands faster — labor is the real cost in boat yards', 'Local warehousing program shortens resupply to < 3 weeks'],\n functional: ['Zero water uptake — flotation cannot degrade', 'Service depth to 11,500 m (system-dependent)', 'Machines cleanly, bonds to epoxy/vinylester/PU', 'Thermal insulation for splash-zone protection'],\n },\n gradeIds: ['HS46', 'HS50', 'HS32'],\n targets: [\n { segment: 'Subsea buoyancy molders', examples: ['DeepWater Buoyancy', 'CRP Subsea', 'Matrix Composites', 'Balmoral', 'Regional syntactic shops (NO/UK/SG/BR)'] },\n { segment: 'Boatbuilding & repair', examples: ['Composite boat builders', 'Fairing compound brands', 'Marine putty formulators'] },\n { segment: 'Ocean tech OEMs', examples: ['ROV/AUV makers', 'Ocean sensor & sonobuoy firms', 'Offshore wind service firms'] },\n ],\n keywords: ['syntactic foam buoyancy module', 'marine fairing compound filler', 'ROV buoyancy material', 'boatbuilding lightweight core'],\n },\n {\n slug: 'construction',\n industry: 'Construction',\n title: 'Insulation Boards, Lightweight Concrete & Fire-Resistant Panels',\n tagline: 'Mineral insulation that pours, pumps and plasters like the materials crews already know.',\n hero: 'Class-A fireproof insulation boards, lightweight structural fills, acoustic panels and plaster systems with closed-air-cell insulation built in.',\n scenarios: [\n { name: 'ETICS & façade insulation', detail: 'Insulation adhesives and basecoats with HGM deliver λ-reduction and crack resistance.' },\n { name: 'Lightweight concrete & screeds', detail: 'Structural fills and screeds at 30–50% lower density with pumpable rheology.' },\n { name: 'Fire-rated boards & doors', detail: 'Mineral A1/A2 fire classification with hollow-core insulation.' },\n { name: 'Acoustic & interior panels', detail: 'Sound absorption plus thermal break in one panel core.' },\n ],\n benefits: {\n economic: ['Mineral filler at cement-adjacent logistics cost — unlike polymer foam beads', 'Faster install: lighter boards, more m² per crew-day', 'Meets tightening EU/APAC building energy codes → specifiable premium'],\n functional: ['Non-combustible (mineral, A-class)', 'Low λ via closed air cells', 'Reduced shrinkage cracking', 'Spray/plaster pump compatibility with correct grade'],\n },\n gradeIds: ['HL25', 'HL20', 'HS32'],\n targets: [\n { segment: 'Insulation & boards', examples: ['Kingspan', 'Rockwool (adjacent)', 'Saint-Gobain', 'Knauf', 'Etex', 'Regional ETICS producers'] },\n { segment: 'Drymix & mortar producers', examples: ['MAPEI', 'Sika', 'ARDEX', 'Regional drymix plants (EU, GCC, SEA)'] },\n { segment: 'Panel & prefab', examples: ['Precast concrete firms', 'Fire-door & panel makers'] },\n ],\n keywords: ['lightweight concrete additive', 'thermal insulation board filler', 'ETICS microspheres', 'fireproof panel hollow glass'],\n },\n {\n slug: 'electronics-5g',\n industry: 'Electronics & 5G',\n title: 'Low-Dk Substrates, Potting Compounds & Signal-Integrity Materials',\n tagline: 'The cheapest way to add air to a laminate is to ship it in glass.',\n hero: 'Hollow cores carry a dielectric constant near 1.0 — lowering Dk/Df of CCL resins, potting compounds and radomes without exotic resin chemistry.',\n scenarios: [\n { name: 'Copper-clad laminates (CCL)', detail: '10 wt% HGM in epoxy measured Dk ≈ 2.39 @ 10 MHz in published studies — a low-cost route toward mid-loss-tier laminates.' },\n { name: 'Electronic potting & encapsulation', detail: 'Lower density, better flow, reduced cure shrinkage for BMS, LED drivers, controllers.' },\n { name: 'Antenna & mmWave components', detail: 'Low-loss housings, connectors and radomes for 5G/6G and automotive radar.' },\n { name: 'EMI-shielding composites', detail: 'Silver-coated HGM variants add conductivity for shielding gaskets and coatings.' },\n ],\n benefits: {\n economic: ['Hits mid-tier Dk targets without LCP/PTFE resin budgets', 'Extends resin volume — material cost per board drops', 'One filler serves CCL, potting and housing lines'],\n functional: ['Dk reduction toward 1.0 via encapsulated air', 'Low dielectric loss tangent', 'Dimensional stability through reflow cycling', 'Electrical insulation + chemical inertness'],\n },\n gradeIds: ['HS32', 'HS38', 'HS42'],\n targets: [\n { segment: 'CCL & laminate makers', examples: ['Panasonic Industry', 'Doosan', 'ITEQ', 'EMC (Elite Material)', 'Ventec', 'Rogers'] },\n { segment: 'Potting & encapsulation', examples: ['Henkel', 'Dow', 'Wacker', 'Huntsman', 'Regional potting houses (TW, KR, DE, US)'] },\n { segment: 'Antenna / radar / RF', examples: ['mmWave radar module makers', 'Base-station antenna firms', 'Connector & housing molders'] },\n ],\n keywords: ['low Dk filler CCL', 'hollow glass microspheres 5G PCB', 'potting compound lightweight', 'low dielectric constant additive'],\n },\n {\n slug: 'adhesives-sealants',\n industry: 'Adhesives & Sealants',\n title: 'Lighter Bonds, Better Rheology, Fewer Callbacks',\n tagline: 'Density down, sag control up, shrinkage gone.',\n hero: 'Spherical low-oil-absorption fillers that thicken without thixotrope overload — for construction sealants, aerospace adhesives, automotive seam sealers and marine caulks.',\n scenarios: [\n { name: 'Construction & glazing sealants', detail: 'Lower density → more linear meters per cartridge; controlled slump.' },\n { name: 'Structural & aerospace adhesives', detail: 'Bondline weight reduction with maintained lap-shear performance.' },\n { name: 'Automotive seam sealers', detail: 'Lower mass per vehicle, paintable surfaces, anti-sag on verticals.' },\n { name: 'Marine & below-waterline caulks', detail: 'Closed-cell filler — no wicking, no osmosis pathways.' },\n ],\n benefits: {\n economic: ['Sell by the cartridge, fill by volume: density 0.32 g/cc filler extends each batch', 'Replace fumed silica partially — cut cost and dust exposure', 'Lighter sealant = cheaper freight on a heavy product'],\n functional: ['Ball-bearing rheology: viscosity control without shear-thin overload', 'Low shrinkage on cure', 'Improved insulation inside the joint', 'Chemical inertness across PU, silicone, epoxy, MS-polymer'],\n },\n gradeIds: ['HS32', 'HL25', 'HS38'],\n targets: [\n { segment: 'Global adhesive majors', examples: ['Henkel', 'Sika', 'H.B. Fuller', 'Bostik (Arkema)', '3M Industrial Adhesives'] },\n { segment: 'Sealant specialists', examples: ['Soudal', 'MAPEI', 'Tremco', 'Pecora', 'Regional cartridge fillers (EU/US/TR)'] },\n { segment: 'OEM-private label', examples: ['Automotive sealer suppliers', 'Aerospace MRO compounders'] },\n ],\n keywords: ['lightweight sealant filler', 'adhesive density reduction', 'anti-sag sealant microspheres', 'MS polymer sealant additive'],\n },\n {\n slug: 'safety-explosives',\n industry: 'Civil Explosives & Safety',\n title: 'Sensitizers for Emulsion Explosives',\n tagline: 'Microscopic gas pockets that make detonation reliable at −40 °C.',\n hero: 'Hollow glass microspheres are the reference sensitizer for emulsion explosives — stable hot-spots, consistent density, long shelf life in the borehole.',\n scenarios: [\n { name: 'Emulsion explosive sensitization', detail: '0.2–0.5 wt% HGM provides reliable initiation and VoD control in bulk and packaged emulsions.' },\n { name: 'Seismic & specialty charges', detail: 'Precise density and strength windows for shaped and seismic charges.' },\n { name: 'Cold-climate reliability', detail: 'Glass spheres do not collapse or dissolve — performance at extreme temperatures.' },\n ],\n benefits: {\n economic: ['Lower sensitizer dosage vs. expanded perlite systems', 'Long shelf-life reduces expired-product write-offs', 'Bulk emulsion programs: consistent VoD → optimized powder factor'],\n functional: ['Chemically inert in oxidizer matrix', 'Narrow size distribution → reproducible hot-spots', 'Survives pumping and augering', 'No water uptake — emulsion stability preserved'],\n },\n gradeIds: ['HS38', 'HS32'],\n targets: [\n { segment: 'Global explosives makers', examples: ['Orica', 'Dyno Nobel (IPL)', 'MAXAM', 'ENAEX', 'BME (Omnia)', 'Austin Powder'] },\n { segment: 'Regional & mining in-house plants', examples: ['Solar Industries (India)', 'AECI Mining', 'Regional emulsion plants (Africa, LATAM, CIS)'] },\n ],\n keywords: ['emulsion explosive sensitizer', 'hollow glass microspheres explosives', 'VoD control sensitizer', 'bulk emulsion gas sensitizer'],\n },\n {\n slug: 'emerging',\n industry: 'Emerging Frontiers',\n title: 'Hydrogen Storage, Radiative Cooling, Med-Tech & Beyond',\n tagline: 'The next decade of microsphere demand is being written in labs right now — partner early.',\n hero: 'Hollow glass microspheres are under active research for solid-state hydrogen storage, passive daytime radiative cooling, drug-delivery carriers, eVTOL safety barriers and 3D-printing lightweight filaments.',\n scenarios: [\n { name: 'Solid-state hydrogen storage', detail: 'DOE-funded research has studied HGM as high-pressure hydrogen micro-containers — a potential distributed storage medium.' },\n { name: 'Passive radiative cooling films', detail: 'HGM-polymer films reflect solar load and emit in the atmospheric window — zero-energy cooling for buildings and PV backsheets.' },\n { name: 'Drug delivery & embolization', detail: 'Porous-wall and specialty glass microspheres as carriers — the medical microsphere market is the fastest-growing segment (5%+ CAGR).' },\n { name: 'Lightweight 3D-printing & eVTOL', detail: 'Filled filaments and thermoplastic compounds for drone frames; HGM thermal barriers validated in eVTOL battery safety studies.' },\n { name: 'EMI shielding & absorbers', detail: 'Coated HGM for shielding gaskets, absorptive composites and stealth-adjacent materials.' },\n ],\n benefits: {\n economic: ['Co-development slots open now — early partners lock supply pricing', 'Custom grade engineering (coating, size, strength) at pilot scale within 8–12 weeks', 'IP-friendly: we manufacture, you own the application'],\n functional: ['Platform tunability: density 0.10–0.70, strength to 30,000 psi, coatings (Ag, TiO₂, ZrO₂, silane)', 'Surface chemistry matched to your matrix', 'Lab-to-line: same chemistry from 1 kg samples to 20 t lots'],\n },\n gradeIds: ['HS32', 'HS46', 'HS60'],\n targets: [\n { segment: 'Energy & climate tech', examples: ['Radiative-cooling startups', 'Hydrogen storage research spinouts', 'PV backsheet film makers'] },\n { segment: 'Medical materials', examples: ['Embolization & drug-device firms', 'CDMO microsphere programs'] },\n { segment: 'Advanced manufacturing', examples: ['3D-printing filament brands', 'eVTOL & drone OEMs', 'University tech-transfer offices'] },\n ],\n keywords: ['hydrogen storage microspheres', 'radiative cooling film filler', 'drug delivery glass microspheres', 'eVTOL battery barrier', 'EMI shielding hollow spheres'],\n emerging: true,\n },\n];\n\nexport const applicationNav = applications.map((a) => ({ slug: a.slug, industry: a.industry, title: a.title }));\n" } ], "note": "Website-authored product facts; claims are not independently verified. No articles or private configuration included." }