What is Fire Resistant Coating for Duct?

Fire Resistant Coating for Duct is a specialized fire protection coating applied on GI ducts, HVAC ducts, kitchen exhaust ducts, and smoke extraction ducts to improve fire resistance and reduce the spread of flames through duct systems during a fire incident.

What is the difference between Fire Resistant Coating and Fire Proof Coating for Duct?

Fire Resistant Coating for Duct is designed to resist fire exposure for a specified period, while Fire Proof Coating for Duct is commonly used as a broader industry term for coatings that help protect duct systems against high temperatures, flame spread, and fire damage.

Can Fire Retardant Paint for Ducts be used on GI Ducts and HVAC Ducts?

Yes, Fire Retardant Paint for Ducts can be applied on GI ducts, HVAC ducts, kitchen ducts, and smoke extraction ducts. These coatings are used to improve fire performance, support smoke control, and help meet project fire safety requirements.

Why is Fire Safety Coating for Duct important in commercial buildings?

Fire Safety Coating for Duct helps reduce the risk of fire spreading through ventilation systems. It supports occupant safety, protects critical infrastructure, and helps commercial buildings achieve fire protection requirements specified by project consultants and authorities.

Where is Fire Protective Paint for Duct commonly used?

Fire Protective Paint for Duct is commonly used in hospitals, shopping malls, hotels, commercial complexes, industrial facilities, airports, data centers, and high-rise buildings where duct systems require additional fire protection.

How do I select the right Fire Resistant Paint for Duct systems?

The selection of Fire Resistant Paint for Duct depends on factors such as duct type, required fire rating, project specifications, environmental conditions, and applicable fire safety standards. Consulting a fire protection coating specialist helps ensure the correct system is chosen for the application.

Fire Resistant Coating for Duct

Product details

Fire Resistant Coating For GI Ducts

AMEETUFF Fire Resistant Coating for ducts is vital to ensure fire safety of duct surfaces such as GI ducts, kitchen ducts, and smoke extraction ducts. It also supports compliance with Indian and British safety standards for domestic and commercial buildings.

Fire Proof Paint for Duct can provide critical delay between fire start and fire spread, helping evacuation and reducing damage during fire emergencies.

Fire retardant paint and coating systems for ducts, including metal ducts, ventilation ducts, HVAC ducts, and smoke extract ducts, are purpose-built to improve fire performance where duct routes can carry flame and smoke.

Fire Resistant Paint and Fire Retardant Coating for Ducts are commonly used in HVAC, ventilation, and smoke exhaust systems. Fire Protective Paint for Duct can support stronger fire performance and project durability when selected as per specification.

Fire Safety Coating for ducts is specially formulated to enhance resistance against flame spread, heat transfer, and smoke movement through ductwork. These coatings help maintain system integrity and support safer building operation during fire.

Fire Resistant Coating, Fire Retardant Paint, Fire Safety Paint, Fire Protective Paint, and Fire Proof Coating for GI ducts are practical passive fire protection measures for modern projects.

Technical Purchase Guidance

Ameetuff Technical Paints Industries specializes in fire retardant coating systems designed to improve duct fire resistance and safety compliance for commercial and industrial facilities.

Applying Fire Retardant Coating for Ducts helps reduce flame spread and heat transmission through critical service routes. Fire Proof Coating for ducts can be selected for expected fire resistance ratings such as 30, 60, 90, or 120 minutes based on system design and thickness.

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Fire Proof Paint for Duct Applications

Fire Proof Paint for Duct is used to improve the fire performance of GI ducts, HVAC ducts, kitchen exhaust ducts, and smoke extraction systems in commercial and industrial buildings. These coatings are designed to reduce the flame spread, improve fire resistance, and support safer building operation during fire incidents. These fire proof paint for duct often saves one from big incidents.

Fire Proof Paint for Duct systems are mostly used in hospitals, shopping malls, hotels, airports, industrial facilities, and high-rise buildings etc, where duct routes require additional fire protection. Selecting the appropriate coating system helps improve overall fire safety and supports project compliance requirements.

Fire Protective Coating for Duct Systems

Fire Protective Coating for Duct systems provides an additional layer of passive fire protection for ventilation and smoke control networks. These coatings are applied to improve the fire resistance of duct surfaces and help limit the spread of fire through critical service routes.

Fire Protective Coating for Duct applications are commonly used in HVAC installations, kitchen exhaust systems, smoke extraction ducts, and industrial ventilation networks where fire safety performance is an important project requirement.

Fire Resistant Paint for Duct and HVAC Applications

Fire Resistant Paint for Duct applications is designed to improve the fire performance of duct systems used in commercial, industrial, and institutional buildings etc. These coatings used in fire resistant paint are commonly applied to HVAC ducts, kitchen exhaust ducts, and smoke extraction systems to improve protection against heat and flame exposure.

Fire Resistant Paint for Duct systems can contribute to improved fire safety, reduced flame spread, and enhanced protection for critical ventilation infrastructure.

Quotation and Datasheet Support

Request duct coating price

Share duct type, square area, project city, and required fire resistance duration.

Ask for datasheet

Get technical details for GI duct, kitchen duct, and smoke extraction duct applications.

Confirm system and quantity

Match primer, coating layers, and site method before purchase and contractor execution.

Technical datasheet evidence

Duct Fire Coating and Sealant Datasheets

These duct coating, primer, gasket and sealant datasheets help consultants, contractors and purchase teams review fire resistance, thermal insulation, joint sealing and application requirements for duct systems.

ARC 265/WB

Fire Resistant Ceramic Thermal Insulation Duct Coating

Water based fire resistant ceramic thermal insulation coating for GI duct, HVAC duct, pressure duct and steel surfaces.

Recommended use: GI ducts, ventilation ducts, air conditioning ducts, pressure ducts, commercial and residential ducting, ships, boats and selected steel surfaces.
Fire test / standards mentioned: TDS mentions CBRI, BS 476 Part 6, Part 7 and Part 24, Government approved labs, State Government and NABL lab references.
Fire protection note: TDS states performance from 250 C to 600 C for 2 hours without insulation, and up to 1100 C with suitable insulation.
Application method: Clean the surface so it is free from dust, rust and oil. Apply by brush, roller or spray at regular 4 to 6 hour intervals.

Colour Off white or light grey

Specific gravity 1.28

Spreading rate 2 to 2.5 sq. m/kg

Layer thickness 500 to 600 microns

Application Brush, roller or spray

Water resistance Good

Fire retardant property Excellent

Storage life 12 months

ARC 265WB PR

Fire Resistant Ceramic Thermal Insulation Base Coat

Water based rough finish primer and base coat for GI ducts, MS ducts, structural steel and related fire resistant coating systems.

Recommended use: GI ducts, HVAC ducting, MS ducts, structural steel, air conditioning ducts, pressure ducts, industrial pipelines, buildings, marine and offshore areas.
Fire test / standards mentioned: TDS mentions CBRI, BS 476 Part 6, Part 7 and Part 24, NABL, Government approved labs, ISO 9001:2015 and ISO 14001:2015.
Fire protection note: TDS notes resistance up to 250 C to 300 C for approximately 2 hours without insulation, with higher temperatures possible in suitable insulation systems.
Application method: Apply on clean, dry surfaces by brush, roller or heavy duty texture spray. Maximum 2 to 3% clean RO water may be used if required.

Finish Rough texture finish

Specific gravity 1.25 to 1.35

Recommended DFT 250 to 350 microns per coat

Recommended WFT 400 to 500 microns per coat

Coverage 2 to 3 sq. m/kg per coat

Touch dry 30 to 60 minutes

Overcoating interval 4 to 6 hours

Packing 20 kg

ARC 317

Duct Fire Resistant Ceramic Gasket and Sealant

Fire and thermal insulation ceramic gasket and sealant for duct, pipeline and high temperature joint areas.

Recommended use: Duct joints, pipeline joints and sealing areas where air leakage, vapor leakage and heat transfer need to be controlled.
Fire test / standards mentioned: TDS presents ARC 317 as a fire resistant ceramic gasket and sealant for duct and pipeline joint use.
Fire protection note: TDS notes operating temperature up to 1000 C and fire retardant properties for 2 to 4 hours, depending on sealing and installation.
Application method: Fix on duct, pipeline and joint areas as per project size, thickness and sealing requirement.

Colour Off white or grey

Thickness As per requirement

Size As per requirement

Density 12.5 PCF

Tensile strength Less than 5%

Thermal conductivity 0.24 to 1.18

Break strength 24.65 PSI

Fire retardant property 2 to 4 hours

ARC 244

Fire Retardant Duct Joint Sealant

Silicon polymer based flexible fire resistant elastomeric sealant for duct joints and insulation systems.

Recommended use: Metal to metal duct joints, duct air flow insulation systems, thermal insulation joints and areas needing chemical and corrosion protection.
Fire test / standards mentioned: TDS mentions water vapor and air transmission as per ASTM E96 with value less than 0.01 perm.
Fire protection note: TDS notes fire retardant properties for 2 to 4 hours and temperature resistance up to 800 C to 900 C.
Application method: Apply by spatula on duct joints and sealing areas after cleaning the surface and confirming fit for the joint condition.

Colour Off white, black or grey

Specific gravity 1.29

Drying time 3 to 4 hours

Complete hard dry 48 hours

Chemical nature Silicon polymer compound

Particle size Less than 5 micron