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Fire Proofing Materiel

Phoenix™ 370-90 | 120-Min Water-Based Intumescent Coating

BS 476 Certified Passive Fire Protection for Structural Steelwork. High-build single-coat application up to 1050 µm DFT.

Phoenix™ 370-90
Fire Resistance Rating Up to 120 Minutes (Cellulosic)
Volume Solids 75% ± 3% (ASTM D2697)
Density / Specific Gravity 1.40 kg/L
Max Dry Film Thickness (DFT) 1050 µm per coat (airless spray)
Max Wet Film Thickness (WFT) 1400 µm (1250 µm sag tolerance)
VOC Content 0.19 g/L (0.13 g/kg by weight)
Application Method Airless Spray or Brush (325 µm/coat)
Pack Size & Storage 20 Liter Units (Protect from Frost)

Source: Phoenix 370-90 Technical Data Sheet, tested to BS 476: Part 20 & 21: 1987.

Substrate Preparation

  • Steel Preparation: Surfaces must be clean, dry and free from surface contaminants — oil, grease, rust, mill scale or loose material.
  • Substrate Restrictions: Not recommended for direct application over galvanized steel or zinc-rich primers without consultation.

Primer Systems

  • A fire-tested primer range is available for use under Phoenix 370-90. Consult Phoenix Fire Protection for the approved primer and DFT range for your specific substrate before specifying.

Airless Spray Application Setup

  • Operating Pressure: Minimum 175 kg/cm² (2500 psi)
  • Tip Size: 17 to 23 thou (0.017"–0.023")
  • Fluid Line: Minimum 3/8" ID for hose runs exceeding 10 feet
  • Also suitable for brush application at reduced film build.

Recoat Guidance

Max Coats / 24 Hours 2 Coats (Airless Spray)

Specific touch-dry and recoat times were not published in the current TDS — confirm exact figures with Phoenix Fire Protection before publishing, or replace this panel once you have the updated sheet.

Third-Party Certifications & Compliance

  • Tested and assessed in accordance with BS 476: Parts 20 & 21: 1987 for structural steel hollow and I-sections.
  • Formulated to meet ASFP/BCF Industry Guidance Document criteria.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 Hp/A Loading Tables 📜 Test Certificate

Point these four links at your own hosted PDFs — I couldn't find a Phoenix 370-90 TDS hosted on ibtikar-uae.com to link automatically (only on your Saudi site), so left it as a placeholder rather than linking to another entity's file.

Fire Proofing Materiel

Phoenix™ 370-60 | 60-Min Water-Based Intumescent Coating

BS 476 Certified Passive Fire Protection for Structural Steelwork. High-build single-coat application up to 1050 µm DFT.

Phoenix™ 370-60
Fire Resistance Rating Up to 60 Minutes (Cellulosic)
Volume Solids 69% ± 3% (ASTM D2697)
Density / Specific Gravity 1.38 kg/L
Max Dry Film Thickness (DFT) 690 µm per coat (airless spray)
Max Wet Film Thickness (WFT) 1000 µm (1500 µm sag tolerance)
VOC Content 35 g/L (25 g/kg by weight)
Application Method Airless Spray or Brush (300 µm/coat)
Pack Size & Storage 20 Liter Units (Protect from Frost)

Source: Phoenix 370-60 Technical Data Sheet, tested to BS 476: Part 20 & 21: 1987.

Substrate Preparation

  • Steel Preparation: Surfaces must be clean, dry and free from surface contaminants — oil, grease, rust, mill scale or loose material.
  • Substrate Restrictions: Not recommended for direct application over galvanized steel or zinc-rich primers without consultation.

Primer Systems

  • A fire-tested primer range is available for use under Phoenix 370-60. Consult Phoenix Fire Protection for the approved primer and DFT range for your specific substrate before specifying.

Airless Spray Application Setup

  • Operating Pressure: Minimum 175 kg/cm² (2500 psi)
  • Tip Size: 17 to 21 thou (0.017"–0.021")
  • Fluid Line: Minimum 3/8" ID for hose runs exceeding 10 feet
  • Also suitable for brush application at reduced film build.

Drying Schedule (at 23°C)

Touch Dry 1.5 Hours
Recoat Time 4 Hours
Max Coats / 24 Hours 2 Coats (Airless Spray)

Full cure time depends on total system thickness applied — confirm with Phoenix Fire Protection for your project spec.

Third-Party Certifications & Compliance

  • Tested and assessed in accordance with BS 476: Parts 20 & 21: 1987 for structural steel I-sections.
  • Formulated to meet ASFP/BCF Industry Guidance Document criteria.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 Hp/A Loading Tables 📜 Test Certificate

Replace the SDS / loading table / certificate links with your hosted files — only the TDS link above is live.

Fire Proofing Materiel

Nullifire SC801 | 120-Min Water-Based Intumescent Coating

Certifire CF5365 & BS 476 Part 21 Certified Passive Fire Protection for Structural Steelwork. High-build single-coat application up to 1200 µm WFT.

SC801 Nullifire
Fire Resistance Rating Up to 120 Minutes
Volume Solids 68% ± 3%
Density / Specific Gravity 1.38 ± 0.02 kg/L
Coverage (Theoretical) 2,050 g/m² @ 1.00 mm DFT
Max Wet Film Thickness (WFT) 1.2 mm/coat spray, 0.6 mm brush
VOC Content < 0.5 g/L
Application Method Airless Spray or Brush/Roller
Pack Size & Storage 25 kg Drums (Protect from Frost)

Source: Nullifire SC801 Technical Data Sheet (Tremco CPG), tested to BS 476: Part 21: 1987. A single "max DFT per coat" figure isn't published separately — coverage is quoted theoretically at 1.00 mm DFT.

Substrate Preparation

  • Steel Preparation: Apply only onto a clean, undamaged, dry, primed steel surface free from contaminants.
  • Substrate Restrictions: Only primers listed in the product's ETA (European Technical Assessment) or on Nullifire's own website are pre-approved — any other primer needs compatibility testing before use.

Primer Systems

  • Approved primers are listed in the SC801 ETA and on Nullifire's website. For a primer not already listed, contact Nullifire technical services for compatibility testing before specifying it.

Airless Spray Application Setup

  • Operating Pressure: 2500–3000 psi (175–210 kg/cm²)
  • Tip Size: 19 to 21 thou
  • Fan Angle: 20°–40°
  • Fluid Line: 10 mm (3/8") ID, maximum 60 metre hose run

Drying Schedule (at 20°C)

Dry Time @ 0.7mm WFT 2 Hours
Dry Time @ 1.0mm WFT 4 Hours
Dry Time @ 1.2mm WFT 6 Hours

Times shown are recoat intervals at 20°C and vary with temperature and humidity — confirm with Nullifire for your site conditions.

Third-Party Certifications & Compliance

  • Certifire CF5365 — third-party approval.
  • Tested to BS 476: Part 21: 1987 for I-sections, columns, hollow sections and cellular beams.
  • Cellular beam assessment: YB5.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 Hp/A Loading Tables 📜 Certifire CF5365 Certificate

All four links are placeholders — I couldn't find an SC801 sheet hosted on ibtikar-uae.com (only on Nullifire's own site), so point these at your own media-library copies once you confirm them.

Fire Proofing Materiel

Nullifire SC802 | 60-Min Water-Based Intumescent Coating

BS 476 & Certifire CF5420 Certified Passive Fire Protection for Internal Structural Steelwork. Optimized single-coat application for 60-minute cellulosic fire resistance.

SC802 Nullifire
Fire Resistance Rating Up to 60 Minutes (Internal Steel)
Volume Solids 70% ± 3%
Density / Specific Gravity 1.38 ± 0.02 kg/L
Coverage (Theoretical) 979 g/m² @ 0.5 mm DFT
Max Wet Film Thickness (WFT) 1.0 mm/coat spray, 0.6 mm brush
VOC Content ≤ 16 g/L
Application Method Airless Spray or Brush/Roller
Pack Size & Storage 25 kg Drums (Protect from Frost)

Source: Nullifire SC802 Technical Data Sheet (Tremco CPG), tested to BS 476: Parts 20/21. Your catalog page also mentions a "limited 90-minute option" — this data sheet only confirms 60 minutes, so verify the 90-minute claim before publishing.

Substrate Preparation

  • Steel Preparation: Apply only onto a clean, undamaged, dry, primed steel surface free from contaminants.
  • Substrate Restrictions: Only primers listed in the product's ETA (European Technical Assessment) or on Nullifire's website are pre-approved.

Primer Systems

  • Nullifire's recommended primers are listed in the SC802 ETA and on Nullifire's website. Contact Nullifire technical services for compatibility testing on any primer not already listed.

Airless Spray Application Setup

  • Operating Pressure: 2500–3000 psi (175–210 kg/cm²)
  • Tip Size: 17 to 21 thou
  • Fan Angle: 20°–40°
  • Fluid Line: 10 mm (3/8") ID

Drying Schedule (at 20°C)

Dry Time @ 0.2mm WFT 2 Hours
Dry Time @ 0.5mm WFT 3 Hours
Dry Time @ 1.0mm WFT 4 Hours

Times shown are recoat intervals at 20°C and vary with temperature and humidity — confirm with Nullifire for your site conditions.

Third-Party Certifications & Compliance

  • Certifire CF5420 — third-party approval.
  • Tested to BS 476: Part 20/21 for internal structural steelwork.
  • Cellular beam assessment: YB5.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 Hp/A Loading Tables 📜 Certifire CF5420 Certificate

All four links are placeholders. Note: an SC802 Safety Data Sheet is already hosted on your Saudi site (ibtikar-saudi.com) — happy to link that or your own UAE media-library copy once you confirm which to use.

Fire Proofing Materiel

Nullifire SC803 | 90-Min Water-Based Intumescent Coating

EN 13381 & CE Certified Passive Fire Protection for Structural Steelwork. Ultra-low VOC formulation optimized for 60-minute fire resistance, with a limited 90-minute option available.

SC803 Nullifire
Fire Resistance Rating Optimised 60 Min (90 Min Limited)
Volume Solids 69% ± 3%
Density / Specific Gravity 1.38 ± 0.02 kg/L
Max Dry Film Thickness (DFT) 690 µm per coat
Max Wet Film Thickness (WFT) 1000 µm per coat
VOC Content < 0.5 g/L (Ultra-Low VOC)
Application Method Airless Spray or Brush/Roller
Pack Size & Storage 25 kg Drums or 6.9 kg Tins

Source: Nullifire SC803 Technical Data Sheet (Tremco CPG). Rating is optimised for 60 minutes — the 90-minute figure is a limited option, not the primary rating.

Substrate Preparation

  • Steel Preparation: Abrasive blast to an average profile of 75 microns (40 microns minimum), cleanliness Sa 2.5.
  • Environmental Limits: Apply between +5°C and +35°C, relative humidity below 85%, surface temperature at least 3°C above dew point.

Primer Systems

  • Consult Nullifire for approved primers. Maximum primer DFT is 150 microns (200 microns in overlap areas only) — over-thick primer will affect adhesion.

Airless Spray Application Setup

  • Operating Pressure: 2500–3000 psi (175–210 kg/cm²)
  • Tip Size: 19 to 21 thou
  • Fan Angle: 20°–40°
  • Fluid Line: 10 mm ID, maximum 60 metre hose run

Drying Schedule (1000 µm WFT, at 20°C)

Touch Dry 60 Minutes
Recoat Time 4 Hours

Handle time varies with site conditions. Times shown are at 20°C — confirm with Nullifire for your site conditions.

Third-Party Certifications & Compliance

  • EN 13381-8 (structural steel), EN 13381-6 (concrete-filled hollow sections), EN 13381-9 (cellular beams), EN 13381-10 (solid steel rods).
  • Optimised to ETA 20/1210; CE marked.
  • Certified to Australian standards AS 4100 and AS 1530.
  • Suitable for C1–C3 corrosivity environments; assessed to AgBB and BREEAM International / Indoor Air Comfort 6.0 for indoor air quality.

Note: unlike SC801/SC802/SC804, this data sheet does not reference BS 476 or Certifire — SC803's certification family is the EN 13381 series plus ETA/CE.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 Hp/A Loading Tables 📜 ETA 20/1210 Certificate

All four links are placeholders — point them at your own hosted files once confirmed.

Fire Proofing Materiel

Nullifire SC804 | Water-Based Intumescent Coating for On-Site Application

BS 476 & Certifire CF5929 Certified Passive Fire Protection for Structural Steelwork. High-build formulation optimized for 90-minute fire resistance, with a limited 120-minute option available.

SC804 Nullifire
Fire Resistance Rating Optimised 90 Min (120 Min Limited)
Volume Solids 69% ± 3%
Density / Specific Gravity 1.38 ± 0.02 kg/L
Coverage (Theoretical) 1,000 g/m² @ 0.5 mm DFT
Max Wet Film Thickness (WFT) 1.0 mm/coat spray, 0.6 mm brush
VOC Content < 0.1 g/L (Ultra-Low VOC)
Application Method Airless Spray or Brush/Roller
Pack Size & Storage 25 kg Drums (Protect from Frost)

Source: Nullifire SC804 Technical Data Sheet (Tremco CPG). Rating is optimised for 90 minutes — the 120-minute figure is a limited option, not the primary rating. No single max-DFT figure is published, so coverage is shown at its theoretical reference thickness instead.

Substrate Preparation

  • Steel Preparation: Apply only onto a clean, undamaged, dry, primed steel surface free from contaminants.
  • Substrate Restrictions: Use only primer systems approved per Nullifire's guidance for this product.

Primer Systems

  • Consult Nullifire for the current approved primer list for SC804 — specific primer brands/types were not named in the data sheet checked.

Airless Spray Application Setup

  • Operating Pressure: 2500–3000 psi (175–210 kg/cm²)
  • Tip Size: 17 to 21 thou
  • Fan Angle: 20°–40°
  • Fluid Line: 10 mm ID

Drying Schedule (at 20°C)

Dry Time @ 0.2mm WFT 2 Hours
Dry Time @ 0.5mm WFT 3 Hours
Dry Time @ 1.0mm WFT 4 Hours

Recommended overcoat time is 16 hours. Drying times also vary by temperature (e.g. 1.0mm WFT takes 6h at 10°C, 3h at 30°C) — the figures above are the 20°C reference column.

Third-Party Certifications & Compliance

  • Tested to BS 476: Part 20/21.
  • Certifire Approval CF5929.
  • ETAG 018 — approved up to Y exposure without topcoat.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 Hp/A Loading Tables 📜 Certifire CF5929 Certificate

All four links are placeholders — point them at your own hosted files once confirmed.

Fire Proofing Materiel

Carboline Pyrolite 15 | Up to 4-Hour Cementitious Fire Protection

Spray-Applied, Asbestos-Free Fire Resistive Material for Interior Structural Steel. Mineral Wool-Free, Styrene-Free Formulation Backed by 40+ UL Fire-Resistance Designs.

Fire Resistance Rating Up to 4 Hours (40+ UL Designs)
Nominal Density 15 lb/ft³
Wet Density (As Mixed) 50 ± 5 lb/ft³
Dry Density Range 17–26 lb/ft³ (by water/application)
Application Method Spray (Monolithic Application)
Composition Cementitious, Noncombustible
Fiber-Free Formulation Mineral Wool-Free, Styrene-Free, Asbestos-Free
Application Thickness by Rating Not published in sources checked

Sources: Carboline regional product pages and a technical specification guide. Carboline's official TDS PDF is blocked to automated access (robots.txt), so I couldn't confirm VOC, pack size, or the exact thickness-per-hour-rating chart — send the PDF if you have a copy and I'll fill those in with real numbers.

Substrate Preparation

  • Specific steel surface-prep standard (e.g. blast profile, cleanliness grade) was not published in the sources I could access for this product.

Primer Systems

  • Approved primer requirements were not published in the sources checked — confirm bond-coat/primer compatibility with Carboline before specifying.

Mixing & Application

  • Water Ratio: 10¾–12¼ US gallons (41–46.4 L) clean, potable water per bag
  • Mixing: 1–2 minutes at 52 RPM
  • Pot Life: 2 hours at 70°F (21°C) — shorter at higher temperatures
  • Application: Spray in a monolithic application

Curing

Scratch Coat Set Time 4–6 Hours @ 70°F (21°C)
Protect From Water 24 Hours @ 70°F (21°C)

Figures are at 70°F (21°C) — confirm with Carboline for other site conditions.

Third-Party Certifications & Compliance

  • Over 40 published UL fire-resistance Design listings (UL 263 method) covering columns, beams, joists, decks, walls, roofs, girders, floors and precast concrete units.
  • Asbestos-free (complies with EPA and OSHA regulations).

I did not find an explicit ASTM E119 citation in the sources checked — UL Design listings are based on this test method, but confirm the exact standard reference with Carboline before publishing.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 UL Design Listing Directory 📜 Test Certificate

All four links are placeholders — point them at your own hosted files once confirmed.

Fire Proofing Materiel

Carbothane 137HS | High-Build Polyurethane Protective Topcoat

Fast-Drying Two-Component Coating for Direct-to-Metal Application in C1–C3 Environments. Outstanding UV and Gloss Retention for Long-Term Exterior Performance.

Carbothane 137HS coating product logo
Fire Resistance Rating N/A — Protective Topcoat
Recommended Environment C1–C3 (No Primer), C4–C5 (With Primer)
UV / Gloss Performance Outstanding UV & Gloss Retention
VOC Content 328 g/L (Part A, as supplied)
Volume Solids Not published in sources checked
Max Dry Film Thickness (DFT) Not published in sources checked
Application Method Not published in sources checked
Pack Size & Storage Not published in sources checked

Sources: Carboline regional product page (environment, UV/gloss) and the Carbothane 137HS Part A Safety Data Sheet already hosted on your own site (VOC content). Carboline's official TDS PDF is blocked to automated access (robots.txt) — I could not pull volume solids, DFT or pack size from it. If you can download it from your Carboline rep or account, send it over and I'll fill in the rest with real numbers instead of leaving them blank.

Substrate Preparation

  • Corrosivity Category: Suitable for direct-to-metal application in C1–C3 environments without a primer.
  • Higher Corrosivity: For C4–C5 environments, apply over an appropriate Carboline primer system.

Primer Systems

  • Specific primer product names/DFT ranges were not published in the sources I could access — confirm the approved primer system with Carboline for your substrate and corrosivity category.

Application

  • Two-component polyurethane, mixed per Carboline's stated ratio before application (ratio not published in the sources checked).
  • Formulated for fast-drying, high-build application with excellent dry times relative to standard polyurethane topcoats.

Drying Schedule

Specific tack-free, recoat and full-cure times were not published in the sources I could access for this product — Carboline's official data sheet is blocked to automated fetching. Confirm with Carboline or your TDS copy before publishing exact hours.

Third-Party Certifications & Compliance

  • No third-party fire or corrosion certifications were found in the sources checked for this specific product — as a topcoat it is typically used as part of a certified system rather than certified on its own. Confirm with Carboline if a specific approval is required for your project.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) — Part A 🛡️ Safety Data Sheet (SDS) — Part B 📜 Test Certificate

The Part A SDS link above is already live on your own site. The other three are placeholders — point them at your hosted TDS / Part B SDS / certificate once confirmed.

Fire Proofing Materiel

Southwest Type 5GP | General-Purpose Cementitious Fireproofing

Up to 4-Hour Fire Protection Across 100+ UL Designs. Lightweight spray-applied formula with a rapid 15–20 minute recoat option using Accelerator A-20.

Southwest Type 5GP cementitious fireproofing product packaging
Fire Resistance Rating Up to 4 Hours (100+ UL Designs)
Nominal Density 15 lb/ft³ (240 kg/m³), ASTM E605
Compressive Strength 3,700 psf (177 kPa), ASTM E761
Bond Strength >200 psf, ASTM E736
Max Thickness Per Pass 3/4" (19 mm)
Application Method Machine-Applied Spray
Pack Size & Storage 50 lb (22.7 kg) Bags
VOC Content Not specified in the data sheet checked

Source: Southwest Type 5GP Product Data Sheet (Carboline/Southwest Fireproofing). Type 5GP is the general-purpose grade of the Type 5 family, formulated as a lower-density, standard-purpose alternative to Type 5MD.

Substrate Preparation

  • Steel Preparation: All substrates must be clean and free of loose scale, dirt, oil, grease, condensation, or any other substance that would impair adhesion.

Primer Systems

  • Primers are not required or recommended for most applications. Optional bonding agents are available for specific site conditions — confirm with Southwest/Carboline against your project's UL design number.

Mixing & Application

  • Water Ratio: 8–10 US gallons (30.3–37.8 L) per 50 lb (22.7 kg) bag
  • Mixing: Approx. 2 minutes at 40 RPM
  • Initial Pass: 1/2"–5/8" (12.7–15.9 mm)
  • Subsequent Passes: 3/4" (19 mm) or less per pass

Drying Schedule

Dry to Recoat (Standard) 4 Hours @ 77°F (25°C)
Dry to Recoat (With Accelerator A-20) 15–20 Minutes

The Accelerator A-20 option is a distinguishing feature of Type 5GP for fast-turnaround schedules. Figures are at 77°F (25°C) — confirm with Southwest/Carboline for other site conditions.

Third-Party Certifications & Compliance

  • Tested to UL 263 / ASTM E119, with 100+ UL designs across floor/ceiling, beam/joist, roof/ceiling, column and wall assemblies.
  • Additional standards: ASTM E136, E384, E605, E736, E759, E760, E761, E84, E859, E937, G21.
  • AWCI Technical Manual 12-A compliant.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 UL Design Listing Directory 📜 Test Certificate

All four links are placeholders — point them at your own hosted files once confirmed.

Fire Proofing Materiel

Southwest Type 5MD | Medium-Density Cementitious Fireproofing

Up to 4-Hour UL-Listed Fire Protection for Structural Steel. Spray-applied, high-bond-strength formula rated for 100+ UL assemblies.

Southwest Type 5MD cementitious fireproofing product packaging
Fire Resistance Rating Up to 4 Hours (Multiple UL Designs)
Density 15–22 pcf Average (ASTM E605)
Compressive Strength 10,354 psf (496 kPa), ASTM E761
Bond Strength >3,000 psf @ 22 pcf (varies by density)
Max Thickness Per Pass 3/4" (19 mm)
Application Method Machine-Applied Spray
Pack Size & Storage 50 lb (22.7 kg) Bags
VOC Content Not specified in the data sheet checked

Source: Southwest Type 5MD Product Data Sheet (Carboline/Southwest Fireproofing). Bond strength is tiered by installed density: >3,000 psf @ 22 pcf, >1,000 psf @ 16.5 pcf, >430 psf @ 15 pcf — UL designs require a 15/14 pcf minimum.

Substrate Preparation

  • Steel Preparation: All substrates must be clean and free of loose scale, dirt, oil, grease, condensation, or any other substance that would impair adhesion.

Primer Systems

  • Primers are not required or recommended for bare steel. Painted steel and specialty substrates require a specific primer per the applicable UL design — confirm the exact primer against your project's UL design number.

Mixing & Application

  • Water Ratio: 8–10 US gallons (30.3–37.8 L) per 50 lb (22.7 kg) bag
  • Initial Pass: 1/2"–5/8" (12.7–15.9 mm)
  • Subsequent Passes: 3/4" (19 mm) or less per pass

Drying Schedule

Dry to Recoat 4 Hours @ 77°F (25°C)

Figures are at 77°F (25°C) — confirm with Southwest/Carboline for other site conditions.

Third-Party Certifications & Compliance

  • Tested to UL 263 / ASTM E119, with multiple UL designs across floor/ceiling, beam/joist, roof/ceiling, column and wall assemblies.
  • Additional standards: ASTM E136, E605, E736, E759, E760, E761, E84, E859, E937, G21.
  • AWCI Technical Manual 12-A compliant.
  • City of New York MEA approvals: 55-04-M, 56-04-M, 409-02-M.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 UL Design Listing Directory 📜 Test Certificate

All four links are placeholders — point them at your own hosted files once confirmed.

Fire Proofing Materiel

Hempafire Optima 500 | Waterborne Intumescent Fire Protection

Up to 120-Min (EN13381-8) / 180-Min (BS476-21) Protection for Structural Steel. Zero-VOC (EU), single-component, water-based coating for internal and external steelwork.

HEMPAFIRE OPTIMA 500
Fire Resistance Rating Up to 120 Min (EN13381-8) / 180 Min (BS476-21)
Volume Solids 74% ± 2%
Density / Specific Gravity 1.5 kg/L (12 lb/US gal)
Max Dry Film Thickness (DFT) 950 µm (38 mils) per coat
Max Wet Film Thickness (WFT) 1,285 µm (51 mils) per coat
VOC Content 0 g/L (EU) / 25 g/L (US Coatings)
Application Method Airless Spray (Waterborne, One-Component)
Pack Size & Storage 20 Litres (9-Month Shelf Life @ 25°C)

Source: Hempafire Optima 500 Product Data Sheet (Hempel), cross-checked against Hempel's UK distributor spec table for pack size. Two separate fire-rating standards apply: EN13381-8 (up to 120 min, CE-marked) and BS476 Part 21 (up to 180 min, including cellular beams) — confirm which standard your project requires.

Substrate Preparation

  • Blast Cleaning: Abrasive blast to minimum Sa 2½ (ISO 8501-1) / SP 10 (SSPC).
  • Cleaning: High-pressure fresh water cleaning to remove salts and contaminants.
  • Application Condition: Surface must be dry and clean, at a temperature at least 3°C (5°F) above the dew point.

Primer Systems

  • Only a Hempel-approved primer is acceptable — consult your Hempel representative for the current approved primer list for this substrate and exposure category.

Application

  • Method: Airless spray, nozzle pressure 200 bar, orifice 0.017"–0.023"
  • Brush/Roller: Possible, but additional coats are needed to reach the specified dry film thickness
  • Thinning: Not recommended
  • A topcoat cannot be applied until the specified intumescent thickness has been achieved.

Drying Schedule

A temperature-banded overcoating interval table was not published in the data sheet checked — it states drying/overcoating details are covered in separate Hempel documentation. Confirm exact recoat windows with Hempel before specifying.

Third-Party Certifications & Compliance

  • EN 13501-1 reaction-to-fire classification.
  • ETA with CE Marking (EN13381-8).
  • BS 476 Assessment, certified by Applus Fire.
  • Type III Environmental Product Declaration (EPD) per ISO 14025 / EN 15804.
  • Compliant with EU Directive 2004/42/EC (VOC).

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 ETA / Hp⁄A Loading Tables 📜 BS 476 / Applus Fire Certificate

The SDS link points to a sheet hosted on Ibtikar's sister site (ibtikar-saudi.com) — verify it's current before publishing. The other three are placeholders; point them at your own hosted files once confirmed.

Fire Proofing Materiel

Hempafire Pro 315 | Solvent-Borne Intumescent Coating

CE-Marked Passive Fire Protection Optimised for R30/R60 Steel Sections. High-build single-coat application up to 1,600 µm DFT, backed by Certifire and Applus+ approvals.

HEMPAFIRE OPTIMA 500
Fire Resistance Rating Optimised R30/R60 (R90 Project-Dependent)
Volume Solids 75% ± 3%
Density / Specific Gravity 1.3 kg/L (11 lb/US gal)
Max Dry Film Thickness (DFT) 1,600 µm (63 mils) per coat
Max Wet Film Thickness (WFT) 2,133 µm (85 mils) per coat
VOC Content 345 g/L (2.88 lb/US gal)
Application Method Spray (200 bar); Brush/Roller Needs Extra Coats
Pack Size & Storage 20 Litres (15-Month Shelf Life @ 25°C)

Source: Hempafire Pro 315 Product Data Sheet (Hempel), cross-checked against a UK distributor listing for pack size. Rated up to 90 minutes overall — the data sheet describes it as optimised for R30/R60 fire resistance, with R90 achievable depending on the specific project's steel section and loading.

Substrate Preparation

  • Blast Cleaning: Abrasive blast to minimum Sa 2½ (ISO 8501-1) / SP 10 (SSPC).
  • Cleaning: High-pressure fresh water cleaning to remove salts.
  • Application Condition: Surface must be dry and clean, at a temperature at least 3°C (5°F) above the dew point.

Primer Systems

  • Only a Hempel-approved primer is acceptable and required — consult your Hempel representative for the current approved primer list for this substrate and exposure category.

Application

  • Method: Spray application at 200 bar pressure
  • Brush/Roller: Possible, but additional coats are needed to reach the specified dry film thickness
  • A topcoat cannot be applied until the specified intumescent thickness has been achieved.

Drying Schedule

A temperature-banded overcoating interval table was not published in the data sheet checked — it states drying/overcoating details are covered in separate Hempel Application Instructions. Confirm exact recoat windows with Hempel before specifying.

Third-Party Certifications & Compliance

  • CE Marking via European Technical Assessment ETA 18/0689.
  • Certifire Approval CF5726.
  • Applus+ Certificate APF-1562.
  • Tested to EN 13381-8 and EN 13381-9.
  • BS 476: Part 21.
  • AS 4100 (Australian steel structures standard).

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 ETA / Hp⁄A Loading Tables 📜 Certifire CF5726 Certificate

All four links are placeholders — point them at your own hosted files once confirmed.

Fire Proofing Materiel

Hempafire Pro 400 | High-Build Intumescent Coating

Up to 120-Minute Fire Protection From One Product Across Most Steel Sections. CE-marked (ETA 22/0309), high-build formula up to 1,600 µm DFT in fewer coats.

HEMPAFIRE OPTIMA 500
Fire Resistance Rating Up to 120 Minutes
Volume Solids 75% ± 3%
Density / Specific Gravity 1.3 kg/L (11 lb/US gal)
Max Dry Film Thickness (DFT) 1,600 µm (63 mils) per coat
Max Wet Film Thickness (WFT) 2,133 µm (85 mils) per coat
VOC Content 339 g/L (2.83 lb/US gal)
Application Method Airless Spray (Brush Not Recommended)
Pack Size & Storage 20 Litres (15-Month Shelf Life @ 25°C)

Source: Hempafire Pro 400 Product Data Sheet (Hempel), cross-checked against a UK distributor listing for pack size. Marketed as "one product for most common steel sections" — a single higher-build formulation intended to cover more Hp/A ranges in fewer coats than earlier-generation products.

Substrate Preparation

  • Blast Cleaning: Abrasive blast to minimum Sa 2½ (ISO 8501-1) / SP 10 (SSPC).
  • Cleaning: High-pressure water cleaning to remove contaminants.
  • Application Condition: Surface must be dry and clean, at a temperature at least 3°C (5°F) above the dew point.

Primer Systems

  • Only a Hempel-approved primer is acceptable — consult your Hempel representative for the current approved primer list for this substrate and exposure category.

Application

  • Method: Airless spray recommended
  • Brush: Not recommended — the coating's properties require multiple passes by brush to reach specified thickness
  • A topcoat cannot be applied until the specified intumescent thickness has been achieved.

Drying Schedule

A temperature-banded overcoating interval table was not published in the data sheet checked — it states drying/overcoating details are covered in separate Hempel documentation. Confirm exact recoat windows with Hempel before specifying.

Third-Party Certifications & Compliance

  • BS 476: Part 21.
  • CE Marking via European Technical Assessment ETA 22/0309.
  • Tested to EN 13381-8.
  • Certified by Applus Fire.
  • Compliant with EU Directive 2004/42/EC (VOC).

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 🧰 Application Instructions 📜 ETA 22/0309 Certificate

The Application Instructions link points to a sheet hosted on Ibtikar's sister site (ibtikar-saudi.com) — verify it's current before publishing. The other three are placeholders; point them at your own hosted files once confirmed.

Fire Proofing Materiel

Hempathane Fast Dry 55750 | Rapid-Turnaround Polyurethane Topcoat

Tough, UV-Stable Finish Coat With a 4-Hour Handling Time. Two-component polyurethane designed to speed up recoat schedules over primed or fireproofed steel.

HEMPAFIRE OPTIMA 500
Fire Resistance Rating N/A — Fast-Dry Finish Topcoat
Volume Solids 65%
Density / Specific Gravity 1.4 kg/L (11.9 lb/US gal)
Indicated Film Thickness 100 µm DFT / 150 µm WFT (Range 60–160 µm)
VOC Content 332 g/L (2.8 lb/US gal)
Application Method Airless Spray / Brush
Flash Point 29°C (84.2°F)
Pack Size & Storage 20 Litres (3-Year Shelf Life, Base)

Source: Hempathane Fast Dry 55750 Product Data Sheet (Hempel), cross-checked against a UK distributor listing for pack size. This is a two-component polyurethane finish topcoat, not a fire-resistance product — it is typically applied over a certified fireproofing or anti-corrosive system rather than tested for fire resistance itself.

Substrate Preparation

  • Apply to a dry, clean surface, free of contaminants.
  • For long overcoat intervals, clean thoroughly using a suitable detergent followed by high-pressure fresh water cleaning.

Primer Systems

  • Specific approved primer/undercoat names were not published in the data sheet checked for this product — confirm the recommended system with Hempel for your substrate.

Mixing & Application

  • Mixing Ratio (by volume): 9.1 : 0.9 — Base 55759 to Curing Agent 97050
  • Thinner: 08080, up to 5%
  • Spreading Rate: 6.5 m²/L (260.7 sq ft/US gal)
  • Pot Life: 2 hours @ 20°C (68°F)

Drying Schedule (at 20°C / 68°F)

Dry to Touch ~1 Hour
Dry to Handle ~4 Hours
Fully Cured 7 Days

Maximum service temperature is 120°C (248°F) under dry exposure. Figures are at 20°C (68°F) — confirm with Hempel for other site conditions.

Third-Party Certifications & Compliance

  • No third-party fire or corrosion certifications were named in the data sheet checked for this specific product — as a finish topcoat it is typically used as part of a certified coating system rather than certified independently. Confirm with Hempel if a specific approval is required for your project.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) — Base 🛡️ Safety Data Sheet (SDS) — Curing Agent 🎨 Colour Card

All four links are placeholders — point them at your own hosted files once confirmed.

Fire Proofing Materiel

Hempathane Topcoat 55210 | Semi-Gloss Polyurethane Finish Coat

Long-Term UV and Weather Resistance for Structural Steel Systems. Two-component polyurethane topcoat compatible with Hempadur primer and mastic systems.

HEMPAFIRE OPTIMA 500
Fire Resistance Rating N/A — Protective/Finish Topcoat
Volume Solids 51% ± 1%
Density / Specific Gravity 1.2 kg/L (10.1 lb/US gal)
Standard Film Thickness 50 µm DFT / 100 µm WFT (Range 40–75 µm)
VOC Content 442 g/L As Supplied (483 g/L at 10% Thinning)
Application Method Airless Spray / Brush
Flash Point 33°C (91.4°F)
Pack Size & Storage 20 Litres / 5 Litres (3-Year Shelf Life, Base)

Source: Hempathane Topcoat 55210 Product Data Sheet (Hempel). This is a two-component polyurethane finish topcoat, not a fire-resistance product — it is typically applied over a certified fireproofing or anti-corrosive primer system rather than tested for fire resistance itself.

Substrate Preparation

  • Apply to a dry, clean surface, above the dew point, per the applicable specification.

Primer Systems

  • Recommended systems: HEMPADUR 45141 / 45143, HEMPADUR MASTIC 45880 / 45881.

Mixing & Application

  • Mixing Ratio (by volume): 7 : 1 — Base 55219 to Curing Agent 95370
  • Thinner: HEMPEL Thinner 08080 or 08510, 5–10% for airless spray
  • Spreading Rate: 10.2 m²/L (409 sq ft/US gal) @ 50 µm
  • Pot Life: 4 hours @ 20°C (68°F)

Drying Schedule (at 20°C / 68°F)

Surface-Dry 1 Hour
Through-Dry 8 Hours
Full Cure 7 Days

Figures are at 20°C (68°F) — confirm with Hempel for other site conditions.

Third-Party Certifications & Compliance

  • Reaction-to-fire classification EN 13501-1 (B-s1, d0).
  • Compliant with EU Directive 2004/42/EC, subcategory j (VOC).

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) — Base 🛡️ Safety Data Sheet (SDS) — Curing Agent 🎨 Colour Card

All four links are placeholders — point them at your own hosted files once confirmed.

Fire Proofing Materiel

PPG STEELGUARD 801 | Solvent-Borne Intumescent Coating

Up to 120-Minute Cellulosic Fire Protection for Structural Steel. Single-coat application up to 1,000 µm DFT, BRE and Factory Mutual certified.

PPG SteelGuard 801
Fire Resistance Rating Up to 120 Minutes (Cellulosic Fire)
Volume Solids 75%
Max Dry Film Thickness (DFT) Up to 1,000 µm (40 mils), Single Coat
Density Not published in the data sheet checked
VOC Content Not published in the data sheet checked
Application Method Airless Spray (Preferred), Off-Site or On-Site
Recoat Time 4 Hours (20-Minute Touch-Dry)
Pack Size & Storage Not published in the data sheet checked (18-Month Shelf Life)

Source: PPG STEELGUARD 801 product page and technical information sheet (PPG Protective & Marine Coatings). A single-component, thin-film, solvent-borne intumescent coating. Pack size, density and VOC content were not published in the sources checked — send the full PDS if you have a copy and I'll fill those in with real numbers.

Substrate Preparation

  • Black Bolts: Mechanical preparation to ISO 8501-1 St3, with an approved primer at 50 µm minimum DFT before intumescent application.
  • Zinc-Plated Bolts: Solvent-borne coating can be applied directly for C1/C2 internal exposure; external or C3/C4 exposure requires a primer.

Environmental Application Conditions

  • Surface temperature: 10–40°C, maximum 85% relative humidity during application.

Touch-Dry Time (up to 700 µm DFT)

@ 5°C 60 Minutes
@ 30°C 10 Minutes

Overcoat With Itself

@ 5°C Minimum 10 Hours
@ 30°C Minimum 3 Hours

Overcoat With PPG STEELGUARD 2458 Topcoat

@ 5°C Minimum 2 Hours
@ 30°C Minimum 20 Minutes

Maximum direct outdoor exposure without a topcoat is up to 12 months, at a minimum 170 µm DFT.

Third-Party Certifications & Compliance

  • BS 476: Part 20 & 21.
  • Tested to EN 13381-8.
  • BRE certification.
  • ISO 12944 environmental classifications C1 to C4.
  • Factory Mutual Class Number 4970.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 FM / Hp⁄A Loading Tables 📜 BS 476 Test Certificate

All four links are placeholders — point them at your own hosted files once confirmed.

Fire Proofing Materiel

LUCO BOVIA 279 | Construction-Grade Cementitious Fireproofing

Up to 4-Hour UL 263 Fire Protection With Low Shrinkage and High Bond Strength. Spray-applied using standard plaster pumping equipment.

LUCO-BOVIA 279
Fire Resistance Rating Up to 4 Hours (UL 263)
Density Described as "Medium Density" — exact pcf/kg/m³ not published in the source checked
Compressive Strength Not published in the source checked
Bond Strength Described qualitatively as "High Bond Strength" — no figure published
Application Method Spray-Applied (Plaster Pump / Paddle or Continuous Mixer)
Pack Size & Storage Not published in the source checked

Source: BOVIA 279 Construction Grade Fire Protection Product Data Sheet (LUCO LLC). A cementitious fireproofing material described as low water consumption, low hydration heat, low drying shrinkage, low cracking, and high long-term strength. Several figures (exact density, compressive/bond strength values, pack size, mixing ratio) were not published in the data sheet checked — send the full spec sheet if you have a copy and I'll fill those in with real numbers rather than estimates.

Substrate Preparation

  • Specific steel surface-prep standard (e.g. blast profile, cleanliness grade) was not published in the sources I could access for this product.

Primer Systems

  • Approved primer/bonding-agent requirements were not published in the sources checked — confirm compatibility with LUCO before specifying over primed or coated steel.

Application

  • Spray-applied using a wide range of conventional plaster pumping equipment, along with paddle mixers and most continuous mixers.

Drying Schedule

Specific touch-dry, recoat and cure times were not published in the sources I could access for this product. Confirm exact drying and curing schedule with LUCO before specifying.

Third-Party Certifications & Compliance

  • Tested to UL 263 and UL 723.
  • CAN/ULC-S102 (Canadian surface burning characteristics).

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS/MSDS) 📊 UL Design Listing Directory 📜 Certificate of Compliance

The SDS/MSDS link points to a sheet hosted on Ibtikar's sister site (ibtikar-saudi.com) — verify it's current before publishing. The other three are placeholders; point them at your own hosted files once confirmed.

Fire Proofing Materiel

ISOLATEK Type 300 | Spray-Applied Cementitious Fireproofing

Up to 4-Hour UL/FM-Approved Fire Protection for Beams, Columns and Floor Assemblies. ASTM E84 Class A rated with zero flame spread and zero smoke development.

ISOLATEK Type 300
Fire Resistance Rating Up to 4 Hours (Floors, Beams, Joists, Columns, Roofs)
Density 15 pcf (240 kg/m³), ASTM E605
Compressive Strength ≤10% Deformation @ 1,440 psf (68.9 kPa)
Bond Strength Min. 150 psf (7.2 kPa), ASTM E736
Application Method Spray-Applied Wet Mix
Pack Size & Mixing Ratio Not published in the data sheet checked

Source: ISOLATEK Type 300 / CAFCO 300 Spray-Applied Fireproofing Technical Data Sheet. Classified per UL 263 (ASTM E119) and CAN/ULC-S101. Bond strength is tested over uncoated or galvanized steel — consult Isolatek's guidance for primed/painted steel.

Substrate Preparation

  • Surfaces must be free of oil, grease, loose mill scale, dirt, paints/primers or other foreign materials that would impair satisfactory bonding.

Primer Systems

  • Manufacturer must be contacted for procedures on handling primed or painted steel — no specific approved-primer list was published in the data sheet checked.

Application

  • Spray-applied wet-mix material. Equipment, mixing and application must follow the manufacturer's written application instructions.

Drying Schedule

Minimum Dry Time 24 Hours After Application (At Proper Temperatures)
Required Ventilation Minimum 4 Complete Air Exchanges/Hour Until Dry

Third-Party Certifications & Compliance

  • UL / ULC Classified, tested per UL 263 (ASTM E119) and CAN/ULC-S101.
  • Factory Mutual (FM) Approved.
  • ICC-ES AC23 and AC10 compliant.
  • Meets IBC and NBC requirements.
  • ASTM E84 Class A — Flame Spread 0, Smoke Developed 0.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📊 UL Design Listing Directory 📜 FM Approval Certificate

All four links are placeholders — point them at your own hosted files once confirmed.

Fire Proofing Materiel

AkzoNobel Interchar 212 | 100% Solids Epoxy Intumescent Coating

Up to 3-Hour Fire Protection for Onshore and Offshore Structural Steel. Solvent-free, plural-component spray application built for hydrocarbon and jet-fire exposure environments.

Akzonobel Interchar 212
Fire Resistance Rating Up to 2h (BS 476) / Up to 3h (UL 263, Exterior)
Volume Solids 100%
Density 1 kg/L (8.3 lb/gal)
Max Dry Film Thickness (DFT) 2–8 mm (0.08–0.32 in), Per Protection Requirement
VOC Content 11 g/L (EPA Method 24) / 2 g/kg (EU Solvent Directive)
Application Method Plural-Component Hot Twin Feed Airless Spray
Pack Size & Storage 20 kg & 50 kg Units (18-Month Shelf Life @ 25°C)

Source: Interchar 212 Product Data Sheet (AkzoNobel International Protective Coatings). A 100%-volume-solids, solvent-free epoxy intumescent, applied hot via plural-component equipment. Also tested per ENV 13381 Part 4, Korean Standard F 2257, and Australian AS 1530.4-2014.

Substrate Preparation

  • Bare Steel: Abrasive blast clean to Sa 2½ (ISO 8501-1:2007), minimum 2 mils (50 microns) profile.
  • Galvanized Steel: Sweep blast to Sa 1 (ISO 8501-1), SSPC-SP7, or NACE No. 4.

Approved Primer Systems

  • Intercure 200, Intercure 200HS
  • Intergard 251, Intergard 269, Intergard 2575
  • Interseal 1052

Mixing & Application

  • Mix Ratio (by weight): 2.49 : 1
  • Application: Primary — plural-component hot twin feed airless spray; secondary — modified single feed machine; trowel for small touch-up areas only
  • Pot Life: 120 Minutes @ 59°F (15°C) / 90 Minutes @ 77°F (25°C)

Drying Schedule (at 3.5mm Thickness)

@ 50°F (10°C) Touch Dry 8h / Hard Dry 24h
@ 68°F (20°C) Touch Dry 5h / Hard Dry 18h
@ 104°F (40°C) Touch Dry 2h / Hard Dry 6h

Third-Party Certifications & Compliance

  • Approved to BS 476: Parts 20–22, up to 2 hours.
  • Approved to UL 263 (exterior), up to 3 hours.
  • Approved per GOST (Russia), up to 2 hours.
  • Tested to ENV 13381 Part 4, Korean Standard F 2257, and AS 1530.4-2014 (Australia).

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) — Part B 📊 Hp⁄A Loading Tables 📜 UL 263 / BS 476 Test Certificate

The Part B SDS link points to a sheet hosted on Ibtikar's sister site (ibtikar-saudi.com) — verify it's current before publishing, and add the matching Part A SDS when available. The other three are placeholders; point them at your own hosted files once confirmed.

Fire Proofing Materiel

MVL DC68 | Water-Based Fabric Flame-Retardant Spray

NFPA 701-Compliant Flame Protection for Curtains, Upholstery and Soft Furnishings. Non-toxic, colorless and odorless formula that doesn’t alter fabric look or feel.

MVL DC68
Fire Resistance Rating N/A — Fabric Flame-Retardant Treatment
Product Type Water-Based, Non-Toxic Flame Retardant Spray
Mechanism of Action Converts Combustible Gases to Non-Combustible N₂ / CO₂
Formula Profile Colorless, Odorless, Hypoallergenic
Regulatory Standard NFPA 701
Coverage / Dry Time / VOC Not published in the sources checked

Important: unlike every other product in this catalog, MVL DC68 is a textile/fabric flame-retardant spray — not a UL-rated structural steel fireproofing coating. It's built here in the same interactive-tabs format for catalog consistency, but the specification categories are different by nature of the product. Source: MVL Firestop's own product listing and the equivalent DC-68 fabric spray technical materials from its manufacturer (International Fireproof Technology Inc. / IFTI).

Suitable Applications

  • Curtains, drapes, carpets, rugs, upholstery, decorations, paper products, sleeping bags, mattresses, wallpaper, and similar water-absorbent fabrics.

Not Intended For

  • Clothing — the manufacturer explicitly excludes garments from the product's intended use.

This tab covers material compatibility rather than steel surface preparation, since DC68 is applied to fabric and soft furnishings, not structural steel.

Application

  • Applied by spray to water-absorbent fabric surfaces.
  • Does not significantly alter the appearance, texture, or ventilation properties of treated materials.

Drying Schedule

Specific dry time, coverage rate and flash point were not published in the sources I could access for this product. Ask MVL for the full technical data sheet and I'll fill these in with real numbers.

Third-Party Certifications & Compliance

  • UL Certificate of Compliance to NFPA 701.
  • Registered with the California Department of Forestry and Fire Protection (State Fire Marshal).
  • Referenced for compliance with IBC Sections 424.2(5)(8), 806.3, and 806.4.

Technical Documents

📄 Technical Data Sheet (TDS) 🛡️ Safety Data Sheet (SDS) 📜 UL Certificate of Compliance (NFPA 701) 📋 CA State Fire Marshal Registration

All four links are placeholders — point them at your own hosted files once confirmed.