Flame Retardant Spray for Flags – Fire-Proofing for Indoor Displays | 30 oz Spray Bottle

This Flame Retardant Spray for Flags is an easy-to-apply fire-proofing solution designed to help meet fire marshal and code requirements for indoor flag displays, banners, and fabric décor.

Ideal for schools, churches, government buildings, event spaces, and commercial interiors, this water-based, no-VOC flame retardant absorbs directly into fabric fibers and raw wood surfaces to create a clear, invisible fire-resistant barrier—without altering appearance, texture, or color.

Trusted by event planners, contractors, hospitals, schools, and professional installers, this one-coat spray provides long-lasting protection and peace of mind where fire safety compliance matters most.

While perfectly suited for fabric flags, this versatile spray also works on a wide range of porous materials.

---

Common Flag & Display Uses

• Indoor American flags

• State, military, and organizational flags

• Church and school flag displays

• Event banners and fabric backdrops

• Indoor ceremonial and presentation flags

---

Suitable Materials

• Fabrics: Polyester, cotton, silk, bamboo fabric

• Wood: Plywood, birch, pine, oak

• Drywall, gypsum, insulation

• Craft paper and cardboard

(Not intended for sealed, painted, or non-porous surfaces.)

---

Coverage & Performance

• Fabric coverage: 200–800 sq. ft. per gallon (varies by fabric density)

• Wood coverage: 150 sq. ft. per gallon

• Dries clear and invisible

• One-coat application

• Dries within 24 hours

• Treated items remain effective 3–5 years when kept clean and dry

---

Key Features

• Designed for fire-proofing flags and fabric displays

• Helps meet indoor fire safety and fire marshal requirements

• Water-based, no-VOC formula (low odor)

• Clear finish — no discoloration or residue

• Professional-grade product used across commercial industries

• 30 oz spray bottle for easy application

---

Important Notes

• Treated materials should remain clean and dry

• Exposure to water, chemicals, or heavy soiling may reduce effectiveness