FWD 1100 Redispersible Polymer Powder: The Flexible Strength for High-Performance Dry-Mix Mortars

In modern construction, dry-mix mortars are no longer just simple mixtures of cement and sand. They have evolved into high-tech composites designed for specific applications. At the heart of this evolution is Redispersible Polymer Powder (RDP), a key additive that transforms a rigid, brittle material into a flexible, durable, and highly adhesive one. Among the various options available, the FWD 1100 from FORAWAD Co., Ltd. stands out as a versatile and reliable solution for enhancing a wide range of building materials.

What is FWD 1100 RDP?

FWD 1100 is a high-performance, water-soluble polymer powder produced by spray-drying a vinyl acetate-ethylene (VAE) copolymer. This process results in a fine, white, free-flowing powder that can be easily mixed into dry mortar formulations. Its core function is to re-disperse in water when the mortar is mixed, forming a flexible polymer film within the hardened matrix.

Typical Properties

Property Typical Value (FWD 1100)
Appearance White flowing powder
Polymer Type Vinyl Acetate-Ethylene (VAE) Copolymer
Protective Colloid Polyvinyl Alcohol
Solids Content ≥ 98%
Bulk Density 400 – 550 g/l
Particle Size approx. 80 μm
pH 5.0 – 8.0
Ash Content 12 ± 2%
Minimum Film Forming Temp. (MFFT) 4°C

* Viscosity (50% water solution, 25°C) : 0.5 – 2.0 Pa·S

These properties, particularly the low film-forming temperature of 4°C, ensure that FWD 1100 can effectively create a continuous, reinforcing film even under normal ambient conditions.

Key Performance Benefits

When incorporated into cement- or gypsum-based mortars, FWD 1100 imparts several critical improvements:

  • Exceptional Adhesive Strength — prevents delamination and failures
  • Superior Flexibility & Crack Resistance — absorbs stress, enhances flexural strength
  • Enhanced Workability & Open Time — smoother application, extended adjustability
  • Improved Durability — reduces water uptake, increases freeze-thaw resistance
  • Excellent Rheology — stable, consistent mortar performance

Recommended Applications

FWD 1100 is particularly recommended for applications where strong bonding and flexibility are paramount. Based on the official data, the star ratings indicate the level of suitability:

Tile Adhesives★★★★★
External Insulation & Finish Systems (EIFS)★★★★★
Cement-Based Plasters / Renders★★★☆☆
Wall Putties / Skim Coats★★★☆☆
Repair Mortar / Crack Filler★★☆☆☆
Masonry Mortar★★★☆☆
Tile Grouts / Joint Filler★★☆☆☆
Waterproofing Mortar★★☆☆☆

⭐ 4-star applications — Tile Adhesives and EIFS — are where FWD 1100 delivers the most outstanding performance.

Application Highlights

  • Tile Adhesives: Ideal for bonding all types of tiles, including large-format and low-absorption porcelain. Ensures a long-lasting, secure bond for interior and exterior projects.
  • EIFS: Critical for adhesive mortars and basecoat renders, providing strong adhesion to insulation boards and the necessary flexibility and impact resistance for the protective outer layer.
  • Cement-Based Plasters: Improves substrate bond and significantly reduces shrinkage cracks, leading to a more stable, high-quality finish.
  • Wall Putties: Enhances adhesion and cohesion of putty layers, ensuring a smooth and durable surface ready for painting or decoration.

Packaging & Storage

📦 25 kg net weight · multi-layer paper bag with inner polyethylene liner

To maintain quality and ensure long shelf life, store the product in a cool, dry warehouse, away from direct sunlight, rain, and sources of heat.

Conclusion

FORAWAD's FWD 1100 is a technologically advanced, versatile RDP that provides the essential “flexible strength” needed for modern construction mortars. Its proven performance in enhancing adhesion, flexibility, workability, and durability makes it a trusted choice for manufacturers aiming to produce high-quality dry-mix products — from tile adhesives to external insulation systems. For construction professionals and formulators, FWD 1100 offers a reliable path to superior building performance.