High-Performance Anti-Wear Mortar for Industrial Flooring

Introduction
Self-Leveling Grout SLG is a cementitious mortar formulated with high-strength graded aggregates and special polymer additives, offering excellent resistance against abrasion, environmental, physical, and chemical damage. It is ideal for heavy-duty flooring in industrial settings, helping extend the lifespan of concrete floors while minimizing potential wear and damage.

Method of Use

• Once the substrate (fresh concrete bed) is leveled and still damp, apply SLG as a topcoat layer.

• Begin with manual troweling to level the surface, followed by mechanical polishing using a power trowel (butterfly trowel) for best results.

• In wet climates, more time is needed to complete polishing; in dry/hot conditions, the process is faster.

• Power-troweled concrete surfaces offer higher density and lower permeability than those finished manually.

Consumption & Application

• Supplied as a dry powder, this product is mixed with clean water before use.

• Apply as a 1–3 cm thick layer on fresh concrete surfaces using standard self-leveling techniques.

Technical Data

Innovative Seismic Stabilization System for Non-Structural Walls

Introduction
Wall Mesh Mortar (WPC) offers an advanced solution for the seismic strengthening of non-structural walls in buildings. This system involves the application of fiberglass mesh strips to the wall surface, followed by a layer of mineral plaster. The resulting cementitious composite enhances wall resistance against out-of-plane seismic forces.

WPC is classified under Fabric Reinforced Cementitious Matrix (FRCM) systems, with design principles aligned with ACI 549 standards. It provides an effective alternative to traditional wall post techniques used in seismic bracing.

Preparation Instructions

• For cement-based plaster: Mix with clean water at a ratio of 8:1 (plaster to water).

• For gypsum-based plaster: Mix at a 2:1 ratio.

• Use a mechanical mixer to ensure a uniform, lump-free consistency.

Application Steps

1. Apply the first layer of plaster to the masonry substrate (concrete block, lightweight aggregate, clay, or AAC).

2. Immediately press the fiberglass mesh onto the fresh plaster.

3. Apply the second layer of plaster over the mesh for encapsulation.

4. Use intermittent steel angle connectors with structural epoxy and fasteners (nails or anchors) to fix the mesh at designated intervals to adjacent structural members.

Advanced Fiber Mesh Reinforced Cementitious Facade System

Introduction
Textile Reinforced Concrete (TRC) is an innovative cement-based facade system reinforced with a high-strength fiber mesh. The facade structure includes:

• A 15–20 mm thick cementitious mortar layer

• A 3–4 mm specialized polymer mortar layer reinforced with fiberglass mesh embedded within it

• A durable final colored coating available in multiple colors and textures

Main Components

• Cementitious mortar base layer

• Specialized polymer mortar layer reinforced with fiberglass mesh

• Protective and decorative colored top coating

Key Benefits of TRC Facade

• Lightweight construction reduces load on structures

• High tensile strength enhances resistance to cracking and deformation

• Thin profile enables sleek, modern designs

• Excellent flexibility in architectural design

• Outstanding durability ensures long-lasting performance

Heavy-Duty Cementitious Grout for Base Plate Stabilization

Overview
PIG Industrial Grout is a high-performance cement-based grout specifically developed to fill and stabilize the space beneath base plates in industrial, commercial, and storage systems. It provides a solid foundation that enhances the strength, load-bearing capacity, and durability of the flooring and support structure. The product fills voids completely and ensures excellent adhesion with no shrinkage or air pockets.

Key Features

• Exceptional compressive strength: ≥ 60 MPa

• Rapid strength development

• High dimensional stability with minimal shrinkage

• Easy to apply and compatible with standard tools

• Reliable for heavy industrial and infrastructure applications

Application Areas

• Beneath steel base plates

• Structural columns and equipment foundations

• Load-bearing pads

• Machinery bases in commercial and industrial settings

Surface Preparation
Clean the surface to remove dust, oil, grease, and loose particles. The area should be dry and structurally sound before application.

Mixing Instructions

• Mix clean water at 20% of the grout powder’s weight.

• Use a mechanical mixer to achieve a lump-free, uniform paste.

• Mix until the grout reaches a smooth, flowable, paste-like consistency.

Application
Pour or trowel the prepared grout into the space under the base plate. Ensure complete filling with no voids or air bubbles. Level and smooth the surface and allow it to set undisturbed.

Working Time
≈ 30 minutes at 20°C (may vary based on ambient conditions).

Technical Data

Polymer‑Modified, High‑Quality Compound for Filling Joints & Surface Imperfections

Overview
PSP 313 Cementitious Sealing Putty is a high‑performance, polymer‑modified compound formulated for repairing joints, cracks, and blemishes on concrete, brick, gypsum, and cement‑rendered walls. Ideal for construction, industrial, and infrastructure projects, it delivers exceptional strength, adhesion, and long‑term durability.

Key Features

• High compressive strength: ≥ 20 MPa

• Excellent flexural strength: ≥ 5 MPa

• Superior bond to concrete, brick, gypsum, and cement surfaces

• Low shrinkage and crack‑resistant finish

• Easy mixing and trowel‑grade consistency

• Suitable for interior and exterior applications

Surface Preparation
Ensure the substrate is clean, sound, and free of dust, oil, or loose particles. Joints and cracks should be dry. Lightly dampen very dry surfaces before application (no standing water).

Mixing Instructions

• Add 27 % clean water by weight to the dry powder.

• Mix mechanically until a smooth, lump‑free paste forms.

Application
Apply the putty with a trowel or putty knife, pressing firmly to eliminate air pockets. Over‑fill slightly, then scrape back flush and smooth the surface. Remove excess material promptly.

Working Time
≈ 60 minutes at 20 °C (shorter in warm, longer in cool conditions).

Technical Data

Sprayable Coarse-Grain Gypsum Primer for Direct Application over Masonry Surfaces

Overview
PPG121 is a polymer-enhanced, coarse-grained gypsum primer designed to be applied using a spray machine. It serves as a reliable base layer over masonry walls, providing high adhesion, good workability, and an ideal surface for finishing coats.

Key Features

• Applied by spraying machine for fast and even coverage

• Strong adhesion to brick or block masonry

• Easy to smooth and adjust after spraying

• Suitable for interior base preparation prior to finishing gypsum layers

Method of Use
Ensure the masonry substrate is clean and free from dust, oil, or other contaminants. Repair any cracks or structural imperfections before application.

Preparation Instructions

• Mix the gypsum powder with clean water in a 2:1 ratio (gypsum to water).

• Use a spraying machine to mix and apply the gypsum.

• Spray the prepared mixture evenly onto the surface.

• After spraying, use a trowel to smooth the surface and adjust thickness.

• Allow the gypsum to dry completely before applying any finishing layers.

Technical Data

• Color: White

• Compressive Strength: Minimum 2.5 MPa

• Initial Setting Time: ~60 minutes

• Final Setting Time: 2–3 hours

• Density: ~0.8 – 0.9 g/cm³

• Chemical Base: Hydrated gypsum with specialized additives

Coarse-Grained Base Layer Plaster for Manual Application on Masonry Surfaces

Overview
PPG513 is a coarse-grained polymer-enhanced gypsum plaster designed for use as a base layer over masonry walls. This product is ideal for manual application, providing excellent adhesion, consistent coverage, and high durability on brick or block surfaces.

Key Features

• Suitable for direct application onto masonry

• Easy to mix and apply manually

• Good surface adhesion and workability

• Sets quickly and provides a solid foundation for finishing layers

Method of Use
Ensure that the substrate is clean and free from dust, oil, and other contaminants. All surface cracks or breaks must be repaired prior to application.

Preparation Instructions

• For every 1 kg of plaster powder, add 500 grams of clean water.

• Mix thoroughly until a smooth, paste-like consistency is obtained.

• Apply the prepared mixture onto the surface using a trowel or spatula.

• Smooth the surface and adjust to the desired thickness.

• Allow the plaster to dry completely before applying any subsequent layers.

Technical Data

• Color: White

• Compressive Strength: Minimum 2.5 MPa

• Initial Setting Time: Approx. 45 minutes

• Final Setting Time: 1–2 hours

• Density: ~0.9 g/cm³

• Chemical Base: Hydrated gypsum with special additives

Advanced Cement-Acrylic Waterproofing System for Concrete Surfaces

Overview
WPF is a high-performance, two-component waterproofing system based on cement and acrylic resin. Designed for superior adhesion to concrete and other construction materials, it creates a highly effective barrier against water leakage. This system includes a powder phase (cement with polymer additives) and a liquid resin phase (acrylic resin based on styrene-acrylate polymers), ensuring excellent flexibility and durability.

Key Features

• Excellent adhesion to concrete, plaster, and masonry

• Two-component system: powder (25 kg) + liquid resin (10 kg)

• Chloride-free and non-toxic

• Resistant to water pressure and environmental conditions

• Easy application with brush or roller

• Suitable for interior and exterior use (e.g., foundations, swimming pools, water tanks)

Mixing & Application

• Mix one 25 kg bag of powder with one 10 kg can of liquid resin.

• Stir mechanically for 10 minutes until a uniform, slurry-like mixture is achieved.

• The prepared mixture must be used within 30 minutes after exposure to air.

• Application can be done using a brush or roller.

• Drying time:

  • 14 hours at ambient temperatures (around 20–25°C)

  • 24 hours at temperatures between 0–8°C

Packaging & Storage

• Supplied as:

  • 25 kg bag of powder

  • 10 kg gallon of liquid resin

• Shelf life: 12 months if stored in a dry place, sealed and away from direct sunlight.

Technical Data

• Color: White, gray, pool blue

• Toxicity: Non-toxic

• Chloride Content: 0%

• Specific Gravity (mixed): 1.76 kg/L

• Chemical Base:

  • Powder: Cement base with polymers

  • Liquid: Styrene-acrylate acrylic resin

Versatile, Durable, and Decorative Finish for Interior & Exterior Walls

Overview
PTC Colored Polymer is a decorative and protective coating designed for both interior and exterior surfaces. It is ideal for application on cement, concrete, brick, and plaster walls. Thanks to its modified polymer-cement composition, this product enables the creation of aesthetically diverse and textured finishes. It not only adds beauty and texture but also improves durability and provides a cost-effective, long-lasting facade solution.

Key Features

• Suitable for both interior and exterior walls

• Can be applied to cement, concrete, brick, and plaster

• Available in a wide range of colors

• Resistant to cracking and environmental factors

• Lightweight and economical

• Long-lasting aesthetic finish

Surface Preparation
Ensure the substrate is solid, clean, and smooth. Remove any dust, oil, or loose materials. Lightly moisten the surface if necessary.

Mixing Instructions

• Mix 26% clean water by weight with the powdered polymer mortar.

• Use a mechanical mixer to ensure a uniform blend.

• Stir until a smooth, paste-like consistency is achieved.

Application
Apply the prepared mixture evenly using a trowel or suitable finishing tool to achieve the desired texture or decorative pattern. Avoid delays, as the mixture should be used within 40 minutes at 20°C. Drying time may vary with ambient conditions.

Technical Data

• Color: Wide range of color options available

• Compressive Strength: > 0.1 MPa

• Adhesion Strength: ≥ 0.7 MPa

• Workability Time: ~40 minutes at 20°C

• Initial Drying Time: ~24 hours

• Final Curing Time: ~7 days

• Density: ~1.6 g/cm³

• Chemical Base: Modified polymer-cement

Fine-Grained Gypsum Plaster with Extended Workability for Final Finishing

Overview
PPG110 is a polymer-enhanced, fine-grained gypsum plaster designed specifically for final finishing over gypsum-based surfaces. Unlike standard gypsum plasters, it offers significantly extended workability time, allowing for a smoother and more controlled finish.

Key Features

• Extended workability (up to 60 minutes)

• Smooth and consistent finish

• Ideal for final coatings on gypsum-based substrates

• Easy to mix and apply

• Minimal shrinkage and good surface coverage

Surface Preparation
Ensure the substrate is gypsum-based, clean, and free of dust, oil, or any contaminants. Repair any cracks, holes, or surface damage before application.

Mixing Instructions

• Add 600 grams of clean water per 1 kilogram of PPG110 powder.

• Mix thoroughly using a mechanical mixer until a lump-free, paste-like consistency is achieved.

Application
Apply the prepared plaster with a trowel or spatula to the desired area. Smooth the surface evenly and build up to the required thickness. Let the surface dry completely before any further processing or painting.

Technical Data

• Color: White

• Compressive Strength: ≥ 3 MPa

• Initial Setting Time: ~60 minutes

• Final Setting Time: ~6 hours

• Density: ~0.9–1.0 g/cm³

• Chemical Base: Hydrated gypsum with specialized additives