INSULATION OF THE EXTERIOR WALL CONSTRUCTION

INSULATION OF THE EXTERIOR WALL CONSTRUCTION

External thermal insulation (or facade insulation) is a comprehensive system applied to the exterior of all vertical walls of a building, aiming to provide thermal protection, energy savings, and aesthetic enhancement. It combines insulating materials (e.g., mineral wool, expanded polystyrene) with specialized protective layers to withstand weather conditions, mechanical stress, and moisture.

Key Features:

  • Energy shield: Acts as a thermal barrier, reducing heat loss in winter and overheating in summer.

  • Breathability and flexibility: Prevents moisture buildup within the wall and maintains healthy indoor environments.

  • Aesthetic renewal: Delivers a uniform, self-cleaning exterior surface.

  • Eliminates thermal bridges: Addresses heat loss points in structural elements (beams, columns).

THERMAL INSULATION USING SPRAY-APPLED POLYURETHANE FOAM

THERMAL INSULATION USING SPRAY-APPLED POLYURETHANE FOAM

Thermal insulation using sprayed-in-situ polyurethane foam is a high-performance method combining insulation, waterproofing, and soundproofing in a single application. It is used on both exterior and interior surfaces, providing seamless insulation without thermal bridges due to its monolithic structure.

Key Features:

  • Exceptional insulating capacity: Due to low thermal conductivity (λ=0.024–0.028 W/m·K) and high thermal resistance (R=5 per cm thickness).

  • Waterproofing & airtight barrier: Creates a watertight layer, protecting against moisture, radon, and atmospheric factors.

  • Seamless application without joints: Adheres perfectly to concrete, wood, metal, and other materials, eliminating gaps.

  • Soundproofing properties: Reduces airborne noise through dynamic rigidity and acoustic absorption.

WATERPROOFING USING HOT-APPLIED SPRAY POLYUREA

WATERPROOFING USING HOT-APPLIED SPRAY POLYUREA

Sprayed hot polyurea is a two-component liquid waterproofing system that cures into a seamless elastomeric membrane, providing impervious protection and durability under extreme conditions. It is used on terraces, underground spaces, industrial facilities, and metal roofs.

Key Features:

  • Seamless membrane: Forms a continuous layer with exceptional adhesion to concrete, metal, and wood, even on vibrating structures.

  • Temperature stability: Operates in -30°C to +140°C, maintaining elasticity.

  • Rapid application: Dries instantly, allowing space reuse within hours.

  • Chemical resistance: Resists UV, petroleum-based substances, and mechanical stress.

WATERPROOFING USING A LIQUID-APPLIED POLYURETHANE MEMBRANE

WATERPROOFING USING A LIQUID-APPLIED POLYURETHANE MEMBRANE

Waterproofing using liquid polyurethane membrane is a modern system applied in liquid form, curing into a monolithic, elastomeric layer without seams. It is used on terraces, industrial facilities, wet areas, and metal structures, providing watertight protection and resistance to chemical/mechanical stress.

Key Features:

  • Seamless membrane: Forms a continuous layer with exceptional adhesion to concrete, metal, and wood, even on vibrating structures.

  • Rapid application: Cures within minutes to hours, enabling immediate space reuse.

  • High elasticity: Bridges cracks up to 10 mm and withstands elongation up to 500%.

  • Chemical resistance: Resists UV, petroleum-based substances, sulfuric acids, and saline conditions.

DRY CONSTRUCTION

DRY CONSTRUCTION

Dry construction is a modern building system that uses standardized materials (gypsum boards, cement boards, metal framing) without water or traditional materials (concrete, bricks). It enables rapid construction of walls, ceilings, and cladding with architectural flexibility, ideal for interior/exterior spaces.

Key Features

  • Standardized materials: Gypsum, cement, or mineral fiber panels combined with galvanized metal framing.

  • Interior/exterior differentiation: Adaptable to thermal insulation, soundproofing, and fire resistance requirements.

  • Easy utility integration: Framing allows embedding of electrical, plumbing, and HVAC systems.

VINYL FLOOR

VINYL FLOOR

Vinyl flooring consists of synthetic PVC (polyvinyl chloride) floors that combine durability, aesthetics, and practicality. They are used in residential and commercial spaces due to their waterproof structure and easy maintenance.

Key Features

  • Durability: Resistant to water, scratches, stains, and heavy foot traffic.

  • Thermal/sound insulation: Provides thermal insulation and sound-absorbing properties.

  • Aesthetic variety: Features realistic patterns (wood, marble) and color options.

  • Easy installation: Can be installed over existing floors or with floating methods (no adhesive)

EPOXY FLOOR

EPOXY FLOOR

Epoxy floors are synthetic coating systems applied to concrete substrates, offering durability, chemical resistance, and decorative flexibility. They consist of two components (resin and hardener), which chemically react to form a monolithic, waterproof surface.

Key Features

  • Durability: Resistant to heavy loads, chemicals, moisture, and abrasion.

  • Dust suppression: Eliminate dust issues from exposed concrete.

  • Decorative options: Include colors, tiles, or granite chips for aesthetic customization.

  • Easy maintenance: Smooth surfaces that are simple to clean.