Advanced technical textile coatings engineered for woven, knitted, and nonwoven fabrics, delivering multi-functional performance and long-term durability. These formulations provide flame retardancy, water repellency, abrasion resistance, and other specialist properties without compromising the fabric’s appearance or handle. By optimising the balance between fabric, chemistry, and process, we deliver tailored solutions that meet exact performance requirements with proven cost efficiency.
Airplane interior with fireproof textiles

Military.

High-performance coatings for military textiles, designed for camouflage nets, tents, and apparel requiring durability and multifunctional protection. Formulations deliver flame retardancy, weather resistance, and mechanical strength, meeting the specific demands of defence and tactical applications.
Airplane interior with fireproof textiles

Heat Protective Coatings.

Specialist heat- and flame-resistant coatings providing protection for high-temperature workwear and technical fabrics. Silicone-based systems ensure reliable thermal insulation and mechanical flexibility, helping fabrics meet international fire-safety and performance standards.
Airplane interior with fireproof textiles

Wallcovering.

Advanced coatings for wallcoverings, tailored to meet aesthetic and functional requirements. Formulated as adhesive or base layers, they offer excellent adhesion, flexibility, and flame-retardant performance. Suitable for both standard and FR wallcovering applications, ensuring safety and durability across decorative and contract environments.
Airplane interior with fireproof textiles

Specials.

Custom technical coating solutions developed for unique or challenging textile applications. Whatever the performance requirement — from chemical resistance to extreme durability — bespoke formulations are designed to meet precise functional, aesthetic, and safety specifications.

Custom textile coatings engineered to your exact specifications

Nanoflam creates tailored coating solutions designed to meet your exact technical and commercial requirements. With decades of expertise in textile chemistry, flexibility in production, and a commitment to performance, we’ll develop a formulation that fits your needs precisely.

Unit A1 Shawfield Road, Carlton Industrial Estate

Barnsley, South Yorkshire S71 3HS, United Kingdom

Tell us what you’re looking for – our team will respond within 24 hours with detailed information and next steps.

FAQ: Environmentally Friendly Textile Coatings

What makes a textile coating “environmentally friendly”?
In practice, it typically refers to water-based technologies and formulations designed to support lower environmental impact and customer compliance expectations. The exact criteria depend on customer requirements, restricted substance lists, and intended use.
Can one coating provide multiple functions (FR + water repellency + abrasion)?
Yes, multifunctional coatings can be developed to combine flame retardancy with properties such as water repellency and abrasion resistance. The best formulation depends on the substrate, add-on, and the specific test standards to be met.
Will sustainable coatings compromise appearance or handle?
Not necessarily. Systems can be designed to maintain appearance and handle while achieving technical performance. The real outcome depends on the fabric, application method, and required performance level.
What technical applications are covered here?
Examples include military textiles, heat-protective coatings, wallcoverings, and other specialized end-uses where performance and compliance requirements are strict and must be validated per application.
Do you support OEKO-TEX / ZDHC / MRSL-related customer requirements?
These topics are commonly requested in textile supply chains. The right approach is to align coating selection with your customer’s compliance framework and confirm documentation and testing expectations early in the project.
Can coatings be optimized for processing efficiency (e.g., drying energy)?
Yes. In many coating lines, solids content, add-on level, and drying conditions materially impact energy use and throughput. Coating design can target performance while supporting process efficiency, depending on the constraints of the production setup.