FAQ’s

Faster Application and Reduced Labor Costs
Consistent Quality and Strength
Water and Crack Resistance
Eco-Friendly and Minimal Waste

Dry Mix Concrete is a Pre-Mixed Blend of Cement, Sand, and Aggregates, Requiring only Water for Activation, Ensuring a Consistent and Durable Mix.

The Dry Mix Method of Concrete Involves Mixing Cement, Sand, and Aggregates in a Dry State before Adding Water at the Time of Application. It is Commonly used in Shotcrete Applications, Where the Dry Mix is Conveyed through a Hose and Water is Added at the Nozzle Before Spraying onto a Surface. This Method ensures better Control Over Water Content, Reducing Wastage and Improving Strength.

A Concrete Bucket is a Specialized Container used for Transporting and Pouring Concrete on Construction Sites. It is Typically Attached to Cranes or Hoists to Efficiently Place Concrete at Elevated or Hard-To-Reach Areas. Concrete Buckets Come in Various Sizes and Designs, Including Bottom-Discharge and Lay-Down Types, Ensuring Precise Placement with Minimal Spillage.

Back Concrete Refers to the Secondary Layer of Concrete applied behind Primary Structural Elements, Such as Walls or Panels.
It is Used For:
Strengthening and Support in Structural Elements
Filling Voids and Cavities in Construction
Improving Insulation and Waterproofing in Buildings

AAC Block Jointing Mortar is a Thin-Bed Cementitious Mortar Specifically Designed for AAC (Autoclaved Aerated Concrete) Blocks.
The Composition Typically Includes:
Cement (For Bonding Strength)
Sand (Fine Aggregates)
Polymers (For Enhanced Adhesion and Flexibility)
Additives (To Improve Water Retention and Workability)
Fly Ash (Optional, for Added Strength and Eco-Friendliness)
It is Used in Thin Layers (2-3mm) Compared to Traditional Mortar, Ensuring better Adhesion, Reduced Shrinkage, and Improved Thermal Insulation.

The Formulation of AAC Blocks Involves a Precisely Controlled Mix of Lightweight Materials, Ensuring Durability and Energy Efficiency.
The Standard Ingredients Include:
Cement (Portland or Lime-Based) – 10-15%
Fly Ash or Sand – 55-65%
Lime – 10-15%
Gypsum – 2-3%
Aluminium Powder – 0.05-0.08% (To Generate Air Bubbles for Lightweight Structure)
Water – as Required for Hydration The Mixture Undergoes Aeration, Followed by Autoclaving (High-Pressure Steam Curing), Which Results in Lightweight, Thermally Insulating AAC Blocks.

Dry Mix Plaster is a Pre-Blended, Factory-Made Plaster that contains Cement, Sand, and Special Additives to Improve Adhesion, Workability, and Strength. It is Ready to use by just Adding Water On-Site and is Commonly used for Internal and External Wall Plastering. Compared to Traditional Site-Mixed Plaster, Dry-Mix Plaster offers Consistent Quality, Reduced Labor Time, and Better Durability.

Polymer-Modified Mortar is a Cement-Based Mortar Enhanced with Polymer Additives (Such as Latex or Acrylic) to Improve Adhesion, Flexibility, Water Resistance, and Strength.
It is used in Applications like:
Tile Fixing (For Better Bonding and Reduced Shrinkage)
Masonry Work (For Stronger Block Joints)
Concrete Repair (For Durability and Crack Resistance)
Waterproofing (For Improved Resistance to Moisture)

Silicone Plasters are Water-Repellent, Breathable Plasters Containing Silicone-Based Additives.
They Offer:
High Water Resistance, Preventing Dampness and Seepage
Excellent Flexibility, Reducing Cracks Caused by Structural Movement
Self-Cleaning Properties, Making them Resistant to Dirt and Stains
Enhanced Durability, Ideal for Exterior Walls Exposed to Harsh Weather Conditions

Tile Fixing Adhesive is a Cementitious or Polymer-Based Bonding Material used for Installing Tiles on Floors and Walls. It Provides Strong Adhesion, Flexibility, and Water Resistance.
Tile Adhesives Come in Different Types Based On: Tile Type (Ceramic, Porcelain, Vitrified, Natural Stone)
Surface Conditions (Dry, Wet, or High-Moisture Areas)
Application Area (Indoor, Outdoor, or High-Traffic Zones)

The Best Adhesive for Tile Depends on the Type of Tile and Surface:
Cement-Based Adhesives – Best for Ceramic and Vitrified Tiles
Polymer-Modified Adhesives – Best for Large-Format Tiles, Natural Stones, and High-Moisture Areas
Epoxy Adhesives – Best for Industrial, High-Load Areas, and Waterproofing Applications
For High-Strength and Long-Lasting Tile Fixing, Polymer-Modified or Epoxy-Based Adhesives are Recommended.

Gypsum Compound is a Plastering and Joint-Filling Material made from Gypsum Powder and Additives.
It is used For: Smooth Finishing of Walls and Ceilings
Filling Cracks, Holes, and Joints in Drywall
Providing a Lightweight, Fast-Setting Alternative to Traditional Cement Plaster
It Offers Better Workability, Reduced Shrinkage, and Improved Fire Resistance, Making it Ideal for Interior Wall Finishing.

The Mix Ratio of Micro Concrete Varies depending on its Application, but a Typical Composition Includes 1 Part Cement, 2–3 Parts fine Aggregates (Sand), and 5–10% Micro-Silica or Polymer Additives by Weight of Cement, with Water added as Required to Achieve a Flowable Consistency. Micro Concrete is Commonly used for Structural Repairs, Retrofitting, and Areas where Normal Concrete Pouring is Challenging.

The Standard Plastering Mix Ratio for Ceilings Depends on the Type of Plaster used. Cement-Sand Plaster is usually Mixed in a 1:4 Ratio (1 Part Cement, 4 Parts Sand), While Gypsum Plaster is ready-Mix and Requires no Additional Water. Polymerized Dry Mix Plaster Comes Pre-Blended and should be used as Per Manufacturer Instructions. Using Fine Sand and Proper Curing Ensures a Smooth and Crack-Free Finish on Ceilings.

Dry Mix Mortar is a Pre-Blended Mixture of Cement, Sand, and Special Additives used for Various Applications such as Brick/block Jointing, Plastering (Internal and External Walls, Ceilings, and Facades), Tile Fixing, Flooring Screeds, Waterproofing, and Structural Repairs. It Provides Consistent Quality, Reduces Labor, and Speeds up the Application Process Compared to Site-Mixed Mortar.

Ready-Made Plaster is a Pre-Mixed, Factory-Produced Plaster that Requires only the Addition of Water Before Application. It Comes in Different Types, Including Polymerized Dry Mix Plaster for Durability and Crack Resistance, Gypsum Plaster for Interior Smooth Finishing, and Cement-Based Plaster for Both Internal and External Walls. This Type of Plaster Ensures Uniform Quality, Faster Application, and Better Bonding Strength than Traditional Site-Mixed Plaster.

For Interior Walls, the Best Plaster Options Include Gypsum Plaster, Which Provides a Smooth Finish and Is Lightweight, Quick-Setting, and Fire-Resistant. Polymerized Dry Mix Plaster Offers High Durability, Better Adhesion, and Reduced Cracks, Making it an Excellent Alternative. Cement-Sand Plaster, Though Traditional, Requires Proper Curing and is Less Efficient Compared to Modern Polymerized Options.

Exterior Walls Require Strong and Weather-Resistant Plaster. Polymerized Dry Mix Plaster is a High-Strength, Water-Resistant, and Durable Option. Cement-Based Plaster (1:4 Mix Ratio) is Commonly used for Weather-Resistant Surfaces. Additionally, Silicone-Modified Plaster Offers Self-Cleaning and Dirt-Resistant Properties, While Acrylic-Based Plaster Provides Flexibility and Crack Resistance.

Block Jointing Mortar is a Thin-Bed, High-Strength Adhesive Used for Joining AAC Blocks, Fly Ash Bricks, Concrete Blocks, and Lightweight Blocks. It Provides Strong Bonding, Reduces Joint Thickness to 2-3mm, and Enhances Construction Speed. Additionally, It is Water-Resistant and Shrinkage-Free, Ensuring Durable Masonry Work. Products like Silicofix Block Jointing Mortar are Ideal for Efficient Block Work, Improving Overall Strength and Stability.

Readymix Plaster is a Pre-Mixed, Factory-Produced Plaster that Requires only the Addition of Water before Application. It is made from a Blend of Cement, Sand, Polymers, and Special Additives to Enhance Workability, Adhesion, and Crack Resistance. Available for both Interior and Exterior Walls, Readymix Plaster Ensures a Smooth and Consistent Finish while Reducing Labor Time and Material Wastage Compared to Traditional Site-Mixed Plaster.

The Best Waterproofing Solution Depends on the Application Area. For Roofs and Terraces, Polymer-Modified Cementitious Coatings or Liquid Waterproofing Membranes are Effective. For Walls and Basements, Crystalline Waterproofing and Hydrophobic Coatings Work Well. for Bathrooms and Wet Areas, a Combination of Waterproofing Chemicals, Sealants, and Epoxy Coatings Provides the Best Protection. Products like Polymerized Waterproofing Solutions Ensure Long-Lasting Moisture Resistance.

Spray Plaster is a Fast-Applied, Ready-to-Use Plaster used for both Interior and Exterior Walls. It is Applied using a Spray Machine, Ensuring even Coverage, Reduced Labor Effort, and Quicker Application than Traditional Hand-Applied Plaster. Spray Plaster Offers a Smooth Finish, Reduces Cracks, and Enhances Durability. It is Commonly used for Large-Scale Projects where Efficiency and Speed are Required.

The Perfect Waterproofing Solution Depends on the Structure and Exposure Conditions. For Concrete Structures, Polymer-Modified Coatings and Integral Waterproofing Admixtures Work Best. For Terraces and Balconies, Bituminous or PU-Based Liquid Membranes Provide Long-Lasting Protection. Basements and Foundations Benefit from Crystalline Waterproofing, While External Walls Require Hydrophobic Coatings. a Combination of these Solutions ensures Complete and Durable Waterproofing.

Bucket Concrete is a Pre-Packed Concrete Mix, Ideal for Small-Scale Applications and Repairs, Allowing for Quick and Easy use without Large Mixing Equipment.

Back Concrete is Primarily used for Repairing and Filling Structural Voids, Ensuring Reinforcement in Construction and Restoration Projects.

AAC Block Jointing Mortar is a Thin-Bed, High-Strength Mortar Designed for AAC and Lightweight Block Installations, Ensuring Seamless Bonding with a 2-3mm Joint Thickness.

SILICOplast is a Factory-made Polymerized Drymix Plaster for Internal and External Walls, Providing Superior Bonding, Crack Resistance, and Smooth Finishes.

Silico Tile Fixing Adhesive is a High-Performance Bonding Solution Designed For:
Ceramic and Vitrified Tiles
Marble and Granite Fixing
Wet and Dry Conditions

For a Smooth and Durable Ceiling Plaster Finish, a 1:4 (Cement: Sand) Ratio is Commonly Used.

Construction Chemicals Improve:
Bonding Strength
Waterproofing Efficiency
Durability and Longevity of Structures

RCC Repair Mortars Provides:
Crack Repair and Structural Strengthening
High Bond Strength for Concrete Restoration
Shrinkage Control and Corrosion Resistance

Silico Flow Non-Shrink Micro Concrete is Ideal for Structural Repairs, Column Reinforcement, and Slab Restorations, Ensuring High Compressive Strength and Minimal Shrinkage.

Mix Silico Plast with Water as Per the Recommended Ratio.
Apply Using a Spray Gun or Trowel for an Even Finish.
Allow Proper Drying Before Painting or Further Treatment.

Silico Waterproofing Solutions Include:
Polymer-Based Coatings
Ready-Mix Plasters with Waterproofing Properties
Crystalline and Cementitious Waterproofing Compounds

Clean and Prepare the Damaged Surface
Mix Silico Crete with Water as Per the Instructions
Apply with a Trowel or Sprayer for Reinforcement

Silico Tile Fixing Adhesive is Formulated for High-Performance Bonding of Heavy Tiles in Commercial and Industrial Applications.

Silico Floor Screed Provides:
A Level Surface for Tiles
Enhanced Durability and Load-Bearing Capacity
Better Resistance to Moisture and Cracks