Waste Management

TSM Ceramic (Fire)

is the fire-protection variant of the TSM Ceramic family — a thin-layer ceramic coating on hollow nanospheres.

TSM Ceramic (Fire)

Technology brief

What this platform addresses

is the fire-protection variant of the TSM Ceramic family — a thin-layer ceramic coating on hollow nanospheres.

TRL 9 (confirmed by Michael)

The challenge

The problem this technology addresses

WUI single-family housing (California, Florida, Texas, Colorado); multifamily retrofit to 1-hour unit-separation walls; wood rafters/trusses/eaves/soffits; Type X gypsum overcoating; polymer panels, OSB, plywood; steel framing; EPS/ETICS assemblies; garage-to-living walls; electrical cabinets and cable trays.

Users: builders/developers, retrofit contractors, multifamily owners, HOAs, municipalities, insurers (loss control).

ARBOK solution

How the ARBOK system creates value

TSM Ceramic (Fire) is the fire-protection variant of the TSM Ceramic family — a thin-layer ceramic coating on hollow nanospheres. At a 1–2 mm working layer it provides 15–60 minutes of passive fire protection on wood frame, gypsum board, polymer panels, EPS, and steel, while also acting as a thermal-insulation barrier. It meets IBC/IRC 2024 1-hour fire requirements at a fraction of the weight, cost, and downtime of classical systems, applied over existing finishes with no demolition.

Applied as a thin multi-pass layer that builds a continuous, load-holding lattice across the substrate. Unlike classical systems that resist only conduction, it works against conduction, convection, and radiation: keeps wood below its pyrolysis threshold; dampens early radiation on Type X gypsum so it holds its rating longer; insulates polymer/EPS substrates from melting/ignition; reflects the large majority of incident infrared on steel so frames hold load-bearing capacity longer.

Limitations: U.S. certification (UL 263/ASTM E119) and code acceptance still rolling out (U.S. launch 2026).

Market and application

Commercial opportunity

~4.5 million California WUI homes, 20 million+ U.S. units in elevated fire-risk zones, 21 million apartments under 1-hour IBC requirements. A 5 % addressable pool (~2 million properties) at $15,000–35,000 average savings implies $30–70 billion in freed funds (residential only), against a backdrop of $80B+ recent California wildfire losses and insurer exits.

Home (2,500 ft²): $8,000–14,000 vs $30,000–50,000 classical (savings $18,000–40,000), 4–7 days vs 4–6 weeks. Roof/overhang only: $4,500–7,000. Multifamily (200 units): $200k–380k vs $600k–900k. Insurance: 10–25 % premium reduction → $400–3,500/year, $4,000–35,000 over coating life — often pays for itself on insurance alone.

Use cases

Where the technology can be applied

WUI single-family housing (California, Florida, Texas, Colorado); multifamily retrofit to 1-hour unit-separation walls; wood rafters/trusses/eaves/soffits; Type X gypsum overcoating; polymer panels, OSB, plywood; steel framing; EPS/ETICS assemblies; garage-to-living walls; electrical cabinets and cable trays.

Users: builders/developers, retrofit contractors, multifamily owners, HOAs, municipalities, insurers (loss control).

Ships in buckets/pails; applied by conventional airless spray + roller for cut-ins, built up in multiple thin passes; one crew, one product across substrates; no demolition during retrofit. Production active in EU; U.S. commercial launch 2026.

Fire variant of TSM Ceramic; applied over existing finishes (no demolition); compatible with insurance underwriting (FORTIFIED-style discounts, WUI mitigation credits); standard airless spray + roller, one crew.

View preserved source description

Overview

TSM Ceramic (Fire) is the fire-protection variant of the TSM Ceramic family — a thin-layer ceramic coating on hollow nanospheres. At a 1–2 mm working layer it provides 15–60 minutes of passive fire protection on wood frame, gypsum board, polymer panels, EPS, and steel, while also acting as a thermal-insulation barrier. It meets IBC/IRC 2024 1-hour fire requirements at a fraction of the weight, cost, and downtime of classical systems, applied over existing finishes with no demolition.

Applications

WUI single-family housing (California, Florida, Texas, Colorado); multifamily retrofit to 1-hour unit-separation walls; wood rafters/trusses/eaves/soffits; Type X gypsum overcoating; polymer panels, OSB, plywood; steel framing; EPS/ETICS assemblies; garage-to-living walls; electrical cabinets and cable trays.

Users: builders/developers, retrofit contractors, multifamily owners, HOAs, municipalities, insurers (loss control).

Operating Principle

Applied as a thin multi-pass layer that builds a continuous, load-holding lattice across the substrate. Unlike classical systems that resist only conduction, it works against conduction, convection, and radiation: keeps wood below its pyrolysis threshold; dampens early radiation on Type X gypsum so it holds its rating longer; insulates polymer/EPS substrates from melting/ignition; reflects the large majority of incident infrared on steel so frames hold load-bearing capacity longer.

Limitations: U.S. certification (UL 263/ASTM E119) and code acceptance still rolling out (U.S. launch 2026).

Key Parameters

Working layer: 1–2 mm, built up in multiple thin passes. Fire protection: 15–60 min; gives a wood stud 60 min (= double Type X) at a small fraction of the thickness of gypsum or EPS-ETICS systems; +15–30 min on roofs/overhangs. Impact: 50 kg·cm. Linear elongation: 65 % (no settlement/thermal cracking). VOC: 14 g/L (vs 500 allowed). Warranty: 10 years; service life >20 years. Adhesion: metal 1.53 MPa, concrete/wood 1.84 MPa. Bonus: home heat loss −20–30 %.

Architecture and Components

Proprietary patented blend of binder, reinforcing additives, and hollow nanospheres, built up as a multi-pass thin-film lattice; adheres to metal, concrete, wood, brick, gypsum, PVC/acrylic/composite panels, OSB, plywood, plastic, rubber, even cardboard.

Advantages

Technical: three-mode (conduction/convection/radiation) barrier; one product across all substrates; 65 % elongation prevents cracking; very low VOC (residential-safe). Economic: ~$8,000–14,000 vs $30,000–50,000 classical per home; 4–7 days vs 4–6 weeks displacement; multifamily $200k–380k vs $600k–900k. Environmental: ships in few containers vs quarried/kilned/melted classical materials; −20–30 % heat loss bonus.

Integrations

Fire variant of TSM Ceramic; applied over existing finishes (no demolition); compatible with insurance underwriting (FORTIFIED-style discounts, WUI mitigation credits); standard airless spray + roller, one crew.

Deployment & Operation

Ships in buckets/pails; applied by conventional airless spray + roller for cut-ins, built up in multiple thin passes; one crew, one product across substrates; no demolition during retrofit. Production active in EU; U.S. commercial launch 2026.

TRL

TRL 9 (confirmed by Michael). Proven in operational environment: production active in the EU with a commercial product line; U.S. launch (and remaining U.S. code certification) scheduled for 2026. (Source noted TRL 9 EU / TRL 8 U.S.; set to 9 per Michael.)

TRL scale:

  • TRL 1 — basic principles observed
  • TRL 2 — technology concept formulated
  • TRL 3 — experimental proof-of-concept
  • TRL 4 — validated in lab
  • TRL 5 — validated in relevant environment
  • TRL 6 — demonstrated in relevant environment
  • TRL 7 — prototype in operational environment
  • TRL 8 — system complete and qualified
  • TRL 9 — proven in operational environment ← TSM Ceramic (Fire)

Market Potential

~4.5 million California WUI homes, 20 million+ U.S. units in elevated fire-risk zones, 21 million apartments under 1-hour IBC requirements. A 5 % addressable pool (~2 million properties) at $15,000–35,000 average savings implies $30–70 billion in freed funds (residential only), against a backdrop of $80B+ recent California wildfire losses and insurer exits.

Typical Project Economics

Home (2,500 ft²): $8,000–14,000 vs $30,000–50,000 classical (savings $18,000–40,000), 4–7 days vs 4–6 weeks. Roof/overhang only: $4,500–7,000. Multifamily (200 units): $200k–380k vs $600k–900k. Insurance: 10–25 % premium reduction → $400–3,500/year, $4,000–35,000 over coating life — often pays for itself on insurance alone.

Risk Factors

U.S. code certification (UL 263, ASTM E119, IBC/IRC 2024, CA/FL codes) still completing — adoption gated on approvals. Fire-rating claims require third-party test validation per assembly. Application quality (two-pass lattice) affects rating. Insurance-discount realization depends on carrier programs. Competes with entrenched gypsum/intumescent/mineral-wool systems.

Related Technologies

TSM Ceramic · LB HEAT · TEG-Blanket · Green Concrete

Related technologies

Explore adjacent ARBOK systems

Partnership pathway

Evaluate TSM Ceramic (Fire) for your application or pilot site.