Dry-Mix Mortar Additives
Additives for dry-mix mortar, selected to suit your application, raw materials and performance targets. We support product selection and basic formulation discussions.
- Main Products: HPMC, RDP, PCE powder, polypropylene fibers and PVA
- Applications: Plastering mortar, tile adhesive, wall putty and related mortar products
- Support: Grade selection and trial-based formulation adjustment
Key Features
Water Retention & Workability
Selected HPMC grades help retain water and adjust mortar consistency for smoother application.
Adhesion & Flexibility
Suitable RDP grades help improve bonding and flexibility in tile adhesives, repair mortars and related products.
Water Reduction & Flow
PCE powder helps reduce water demand and improve flow in self-leveling, grouting and repair mortar formulations.
Early Crack Control
Polypropylene fibers help reduce plastic shrinkage cracking through dispersed reinforcement within the mortar.
Main Additives & Functions
HPMC — Hydroxypropyl Methylcellulose
A cellulose ether used for water retention and consistency control. Suitable grades support workability in plastering mortars, tile adhesives, wall putty and gypsum-based products.
RDP — Redispersible Polymer Powder
A polymer powder that redisperses in water and forms a film as the mortar dries. Suitable grades support adhesion and flexibility in tile adhesives, insulation mortars, repair mortars and wall putty.
PCE — Polycarboxylate Superplasticizer Powder
A powder additive used to reduce water demand and improve flow. Typical applications include self-leveling mortars, grouts and repair mortars. Dosage is selected through compatibility and performance trials.
PP Fibers — Polypropylene Fibers
Short fibers that disperse within the mortar to help control early plastic shrinkage cracking. Fiber length and dosage are selected according to the mortar type and mixing requirements.
PVA — Polyvinyl Alcohol
Selected PVA grades provide film-forming and binding support in wall putty and related dry-mix products. Grade selection and dosage should be matched to the formulation and verified through trials.
Technical Specifications
| Product | Selected Reference Specifications | Packaging |
|---|---|---|
| HPMC | White powder; viscosity grade selected for the application | 25 kg/bag |
| RDP | VAE-based redispersible polymer powder; grade selected for the application | 25 kg/bag |
| PCE Powder — DFM315 | Bulk density: 580 ± 50 kg/m³; moisture: ≤5.0%; pH: 8.5 ± 1.0 at 23°C in a 20% aqueous solution | 25 kg/bag |
| PP Fibers | Diameter: 31 μm; lengths: 3, 6, 9, 12, 15 or 19 mm; tensile strength: ≥500 MPa | Confirm with quotation |
| PVA | Grade and technical specifications to be confirmed for the application | Confirm with quotation |
Specifications are based on the supplied product information and apply to the stated product or grade. Confirm the selected grade, test methods, packaging and dosage before ordering. Final suitability should be verified through trials with local raw materials.
Applications
Our additive range supports plastering mortar, wall putty, tile adhesive, masonry mortar, insulation mortar and selected self-leveling or repair products. Additive type, grade and dosage are matched to the binder system, raw materials and required performance.
Plastering Mortar
Wall Putty
Tile Adhesive
Basic Formulation Support
We discuss additive selection and basic formulation adjustments based on your target product, local raw materials and performance requirements.
- Define the Application: Identify the mortar type, application method and performance targets.
- Review Raw Materials: Consider the cement or gypsum, sand, fillers and existing additives.
- Select Suitable Grades: Match additive functions and grades to the formulation requirements.
- Review Trial Results: Adjust the formulation using feedback on workability, flow, adhesion and other relevant properties.
Final formulations and dosages should be validated through testing with local raw materials.
Need Help Selecting Mortar Additives?
Tell us your mortar type, raw materials, current performance issues and target requirements. If available, share your existing formulation and trial results so we can discuss suitable additive grades and basic adjustments.