Made in Turkey Engineered & Manufactured in Türkiye · Delivered Worldwide
Eurocode 3 & 8 · Passivhaus · RE2020 · GEG 2024

Building Assemblies, Technical Cross-Sections & U-Values

Certified structural layer stratigraphies, thermal transmittance (U-values down to 0.11 W/m²K), acoustic soundproofing (Rw up to 62 dB), and REI 60–120 fire ratings for European residential permitting.

0.11 – 0.16 W/m²K
Exterior Wall U-Value Range
Passivhaus & GEG 2024 compliant
54 – 62 dB
Acoustic Sound Insulation (Rw)
Acoustically decoupled resilient channel
REI 60–120 Class
Fire Resistance Classification
EN 13501-2 Euroclass A1 mineral core
L / 500 Rigidity
Floor Deflection Standard
Zero springiness, reinforced web stiffeners
01. Exterior Walls 02. Interior Partitions 03. Intermediate Floors 04. Roofs & Terraces 05. Foundation Interface ★ Full Spec Matrix
Category 01 · Building Envelope

Exterior Wall Cross-Sections & Stratigraphies

Multi-layer thermal envelopes engineered to eliminate thermal bridging, push condensation dew points safely outside, and meet strict European climate codes.

SFV-EW-01 Total Thickness: 265 mm

Standard ETICS Rendered Facade System

The premier European standard for modern luxury villas with continuous exterior thermal break.

Thermal Transmittance
0.15 W/m²K
Sound Insulation
54 dB
Fire Resistance
REI 60 / REI 90
Structural Mass
48 kg/m²

Layer-by-Layer Stratigraphy Breakdown

Layer Material Specification & Standard Thickness Lambda (λ) Primary Physical Function
1 Silicone / Acrylic Hydrophobic Architectural Render 3 mm 0.70 W/mK Weather barrier & UV aesthetic finish
2 Reinforcing Polymer Basecoat + Alkali-Resistant Fiberglass Mesh 5 mm 0.80 W/mK Crack resistance & impact shielding
3 Continuous External Rockwool / Graphite EPS ETICS Insulation 60–80 mm 0.034 W/mK Eliminates steel stud thermal bridges (Psi = 0.00 W/mK)
4 Moisture-Resistant Sheathing Board (BoardeX / OSB-3 Class) 12.5 mm 0.13 W/mK Diaphragm racking shear resistance & wind load transfer
5 S350GD+Z275 Galvanized Steel C-Studs (140x45x1.2mm) @ 600mm c/c 140 mm 50.0 W/mK Primary load-bearing structural frame (350 MPa yield)
6 Cavity Infill Hydrophobic Basalt Rockwool (Euroclass A1, 50 kg/m³) 140 mm 0.035 W/mK Core thermal resistance & acoustic dampening
7 Smart Hygro-Variable Vapor Retarder & Airtightness Membrane 0.5 mm 0.20 W/mK Prevents interstitial condensation in winter; lets frame breathe in summer
8 Internal High-Density Plasterboard / Drywall (Knauf Diamant) 12.5 mm 0.25 W/mK Internal architectural finish, fire barrier & smooth paint substrate
Recommended Climate / Project Application: Temperate Europe (Germany, France, UK, Northern Italy) Eurocode 3 & 8 Certified · DIN / EN Compliant
SFV-EW-02 Total Thickness: 295 mm

Ventilated Rain-Screen Facade (Timber / Porcelain / Zinc / Alucobond)

Premium architectural facade system with continuous convective chimney drainage and solar heat dissipation.

Thermal Transmittance
0.14 W/m²K
Sound Insulation
56 dB
Fire Resistance
REI 90
Structural Mass
54 kg/m²

Layer-by-Layer Stratigraphy Breakdown

Layer Material Specification & Standard Thickness Lambda (λ) Primary Physical Function
1 Architectural Cladding (Porcelain Tile / Thermo-Wood / Standing Seam Zinc / WPC) 8–20 mm 1.30 W/mK Aesthetic exterior envelope & primary rain deflector
2 Continuous Ventilated Air Cavity & Aluminum / Timber Sub-Frame Battens 30–40 mm 0.00 Thermal convection chimney effect, moisture purge & solar heat deflection
3 Breathable Water-Resistant & UV-Protected Membrane (Tyvek / Dupont) 0.5 mm 0.17 W/mK Wind-driven rain defense while allowing inward water vapor out
4 External Thermal Insulation (50mm Rigid Mineral Wool with Black Fleece) 50 mm 0.034 W/mK Exterior thermal break wrapping the entire steel frame
5 Engineered Sheathing Board (12.5mm BoardeX Glass-Mat Sheathing) 12.5 mm 0.13 W/mK Rigid diaphragm shear resistance & Euroclass A1 fire skin
6 S350GD+Z275 Structural Steel Frame + 140mm Basalt Rockwool Core 140 mm 0.035 W/mK Vertical load-bearing + primary acoustic and thermal barrier
7 Airtight Taped Vapor Barrier Membrane + Service Void Batten 25 mm 0.04 W/mK Airtight envelope + protects vapor barrier during electrical socket routing
8 Double Layer 2x12.5mm Plasterboard (Acoustic + Fire-Rated) 25 mm 0.24 W/mK Enhanced acoustic mass (Rw 56 dB) & REI 90 fire integrity
Recommended Climate / Project Application: Coastal Mediterranean, Alpine, and High Solar Exposure Zones Eurocode 3 & 8 Certified · DIN / EN Compliant
SFV-EW-03 Total Thickness: 345 mm

Passivhaus Ultra-Low Energy Wall (Double Thermal Break)

Designed for Swiss Minergie-P, German KfW 40 Plus, and Scandinavian sub-zero climates with virtually zero heating demands.

Thermal Transmittance
0.11 W/m²K
Sound Insulation
59 dB
Fire Resistance
REI 120
Structural Mass
62 kg/m²

Layer-by-Layer Stratigraphy Breakdown

Layer Material Specification & Standard Thickness Lambda (λ) Primary Physical Function
1 Architectural Cladding or ETICS Fine Mineral Plaster 5 mm 0.75 W/mK Protective external skin
2 Continuous 120mm Exterior High-Density Rockwool (120 kg/m³) 120 mm 0.034 W/mK Massive external continuous thermal envelope
3 15mm Structural OSB-3 / Fibercement Diaphragm Board 15 mm 0.13 W/mK Diaphragm racking shear strength
4 140mm S350GD+Z275 Steel Studs + 140mm A1 Mineral Wool Infill 140 mm 0.034 W/mK Primary load bearing structure
5 ProClima Intello Plus Variable Smart Vapor Retarder (Fully Taped) 0.5 mm 0.17 W/mK Hermetic airtight layer (n50 < 0.6 /h Passivhaus blower door cert)
6 50mm Horizontal Internal Service Cavity + 50mm Acoustic Rockwool 50 mm 0.035 W/mK Decouples service runs from airtight skin, adds internal thermal mass
7 Double 2x12.5mm Knauf Diamant Heavy Acoustic Drywall 25 mm 0.25 W/mK Impact-resistant interior walls with supreme sound isolation (Rw 59 dB)
Recommended Climate / Project Application: DACH Region (Germany, Austria, Switzerland), Nordics & High Alps Eurocode 3 & 8 Certified · DIN / EN Compliant
Category 02 · Acoustic & Partitions

Interior Partition & Party Wall Cross-Sections (İç Duvar Kesitleri)

Engineered internal wall stratigraphies: single-stud room partitions, resilient channel acoustic decoupled walls, and double-stud party walls between private suites or multi-unit dwellings.

SFV-IW-01 Total Thickness: 115 mm

Standard Room Partition Wall (90mm Stud Core)

Non-load-bearing or load-bearing room divider with rockwool acoustic core and pre-punched service holes.

Thermal Transmittance
N/A (Interior)
Sound Insulation
46 dB
Fire Resistance
REI 45 / REI 60
Structural Mass
28 kg/m²

Layer-by-Layer Stratigraphy Breakdown

Layer Material Specification & Standard Thickness Lambda (λ) Primary Physical Function
1 12.5mm Interior Gypsum Board (Ready for Paint) 12.5 mm 0.25 W/mK Smooth paintable interior finish
2 90mm S350GD+Z275 Steel C-Studs with Factory Service Holes 90 mm 50.0 W/mK Rigid steel vertical skeleton + MEP chase
3 60–90mm Basalt Acoustic Rockwool Infill (40 kg/m³) 90 mm 0.036 W/mK Airborne sound dampening between rooms
4 12.5mm Interior Gypsum Board (Moisture-Resistant in Wet Areas) 12.5 mm 0.25 W/mK Reverse side interior skin
Recommended Climate / Project Application: Interior room partitions, living-to-corridor dividers Eurocode 3 & 8 Certified · DIN / EN Compliant
SFV-IW-02 Total Thickness: 240 mm

Decoupled Double-Stud Party Wall (Rw ≥ 60 dB)

Two independent steel frames with zero acoustic bridge connection, engineered for luxury master bedroom suites, home theaters, and duplex separation.

Thermal Transmittance
N/A (Interior Acoustic)
Sound Insulation
62 dB
Fire Resistance
REI 120
Structural Mass
52 kg/m²

Layer-by-Layer Stratigraphy Breakdown

Layer Material Specification & Standard Thickness Lambda (λ) Primary Physical Function
1 Double 2x12.5mm Knauf Soundshield Acoustic Drywall 25 mm 0.24 W/mK Mass-spring acoustic mass layer
2 90mm Independent S350GD Steel Stud Row A + 70mm Rockwool 90 mm 0.035 W/mK Independent structural skeleton A
3 20mm Decoupled Air Gap with Continuous Acoustic EPDM Foam Barrier 20 mm 0.00 Breaks all mechanical airborne & flanking vibration transmissions
4 90mm Independent S350GD Steel Stud Row B + 70mm Rockwool 90 mm 0.035 W/mK Independent structural skeleton B
5 Double 2x12.5mm Knauf Soundshield Acoustic Drywall 25 mm 0.24 W/mK Second mass-spring acoustic boundary
Recommended Climate / Project Application: Duplex villa separation, home theaters, master suites Eurocode 3 & 8 Certified · DIN / EN Compliant
Category 03 · Structural Mezzanines

Intermediate Floor & Mezzanine Cross-Sections (Ara Kat Döşeme Kesitleri)

Engineered cold-formed steel floor cassettes with high section modulus, EPDM acoustic decoupling, structural sub-decking, and screed options engineered to L/500 deflection limits.

SFV-FL-01 Total Thickness: 380 mm

Acoustic Cassette Floor with Dry Screed & Underfloor Heating

Solid concrete-like rigidity and quiet acoustic performance eliminating footstep impact sound transmission.

Thermal Transmittance
0.22 W/m²K (Inter-floor)
Sound Insulation
58 dB (Airborne Rw)
Fire Resistance
REI 60 / REI 90
Structural Mass
65 kg/m²
Impact Sound Level
L'n,w ≤ 48 dB (EN ISO 717-2)

Layer-by-Layer Stratigraphy Breakdown

Layer Material Specification & Standard Thickness Lambda (λ) Primary Physical Function
1 Floor Finish: Luxury Engineered Hardwood / Porcelain Tile 15 mm 0.17 W/mK Architectural interior surface
2 Knauf Brio 23mm Dry Screed / Fermacell Floor Panel + Underfloor Heating Pipes 23 mm 0.38 W/mK High thermal conductivity for underfloor radiant heating + impact mass
3 High-Density Impact Sound Acoustic Underlay (EPDM / Rubber-Cork Mat) 10 mm 0.04 W/mK Absorbs footstep impact vibrations (Ln,w <= 48 dB)
4 22mm Tongue & Groove Structural Floor Deck (OSB-3 / Fibercement Board) 22 mm 0.13 W/mK High diaphragm shear rigidity & subfloor load distribution
5 Continuous EPDM Acoustic Isolation Strip on All Joist Crowns 5 mm 0.15 W/mK Prevents steel-to-wood micro-friction squeaks and structural sound flanking
6 200–250mm S350GD+Z275 Engineered Floor C-Joists / Lattice Cassette @ 400mm c/c 230 mm 50.0 W/mK Main structural floor spans (designed strictly to L/500 deflection limit)
7 100mm Basalt Mineral Rockwool Acoustic Cavity Absorption 100 mm 0.035 W/mK Eliminates floor cavity resonance drum effects
8 Acoustically Decoupled Resilient Ceiling Hangers & Steel Sub-Channels 25 mm 0.00 Decouples lower ceiling drywall from joist flexure vibrations
9 15mm Fire-Rated & High-Density Ceiling Gypsum Plasterboard (Knauf Fireboard) 15 mm 0.24 W/mK Lower room ceiling aesthetic surface & REI 60–90 fire shield
Recommended Climate / Project Application: Multi-storey luxury villas, duplexes, two-storey residential estates Eurocode 3 & 8 Certified · DIN / EN Compliant
Category 04 · Roofs & Terraces

Roof & Flat Terrace Cross-Sections (Çatı ve Teras Kesitleri)

High-thermal-mass roof envelopes supporting standing seam metal, ceramic tiles, flat accessible terraces, and green roofs engineered for alpine snow loads and tropical heavy rainfalls.

SFV-RF-01 Total Thickness: 365 mm

Pitched Cold/Warm Roof with Standing Seam Zinc & 250mm Insulation

Ultra-modern architectural standing seam roof with continuous cross-ventilation and zero condensation risk.

Thermal Transmittance
0.12 W/m²K
Sound Insulation
52 dB (Acoustic rain dampening)
Fire Resistance
REI 90 (Euroclass A1)
Structural Mass
42 kg/m²

Layer-by-Layer Stratigraphy Breakdown

Layer Material Specification & Standard Thickness Lambda (λ) Primary Physical Function
1 Architectural Standing Seam Zinc / Coated Aluminum Roof Panels (0.7mm) 0.7 mm 110.0 W/mK 100% watertight non-combustible primary weather shield
2 Structured Drainage Separation Mat with Vapor Venting Coils (Delta-Trela) 8 mm 0.17 W/mK Prevents underside panel oxidation & dampens heavy rain impact noise
3 18mm Tongue & Groove Exterior Plywood / OSB-3 Roof Decking 18 mm 0.13 W/mK Solid continuous fixing substrate for standing seam clips
4 Continuous Ventilated Counter-Batten Air Cavity (50x50mm) 50 mm 0.00 Rapid snowmelt drainage & summer attic solar heat evacuation
5 Vapor-Permeable Monolithic Under-Roof Waterproof Membrane (Tyvek Supro) 0.5 mm 0.17 W/mK Secondary weather protection against wind-blown powder snow
6 S350GD+Z275 Steel Roof Trusses / Rafters + 200mm Rockwool Core 200 mm 0.034 W/mK Eurocode snow load capacity (up to 4.5 kN/m²) + core thermal envelope
7 50mm Cross-Layer Thermal Insulation Batten with 50mm Additional Rockwool 50 mm 0.034 W/mK Breaks any thermal bridge across rafter bottom chords (Total 250mm insulation)
8 Airtight Sealed Smart Vapor Barrier + 12.5mm Plasterboard Ceiling 13 mm 0.25 W/mK Hermetic air boundary & finished ceiling surface
Recommended Climate / Project Application: Alpine snow zones, high-wind regions, modern contemporary villas Eurocode 3 & 8 Certified · DIN / EN Compliant
SFV-RF-02 Total Thickness: 395 mm

Accessible Flat Terrace Roof with EPDM / PIR & Decking / Green Roof

Heavy-duty engineered flat roof cassette supporting pedestrian traffic, solar PV arrays, or extensive green roof vegetation.

Thermal Transmittance
0.13 W/m²K
Sound Insulation
55 dB
Fire Resistance
REI 90 (B-s1, d0 / Broof t1)
Structural Mass
68 kg/m² (Excl. pavers/soil)

Layer-by-Layer Stratigraphy Breakdown

Layer Material Specification & Standard Thickness Lambda (λ) Primary Physical Function
1 Walkable Porcelain Pavers on Adjustable Pedestals or Extensive Sedum Green Roof 30–80 mm 1.30 W/mK Usable architectural terrace living space & UV protection
2 Root-Resistant EPDM / TPO High-Elasticity Waterproof Membrane (1.52mm) 1.5 mm 0.25 W/mK 50+ year zero-leak jointless monolithic waterproofing barrier
3 Continuous 140mm PIR / XPS Thermal Insulation with Integrated 2% Slope 140 mm 0.022 W/mK Ultra-high thermal resistance (lambda 0.022) + positive drainage flow
4 Reinforced Bituminous Vapor Barrier & Temporary Worksite Seal 4 mm 0.17 W/mK Absolute vapor block (sd > 1500m) preventing moisture entering roof pack
5 18mm Structural OSB-3 / Fiber-Reinforced Calcium Silicate Substrate 18 mm 0.13 W/mK Continuous structural diaphragm deck
6 200–250mm S350GD+Z275 Steel Cassette Joists + 100mm Rockwool Core 220 mm 50.0 W/mK Heavy dead load and live pedestrian load support (3.0 kN/m²)
7 Acoustic Suspended Ceiling + 15mm Fireboard Gypsum Plasterboard 15 mm 0.24 W/mK Interior ceiling finish & REI 90 fire rating
Recommended Climate / Project Application: Modern cubic villas, Mediterranean sea-view rooftop terraces, Urban estates Eurocode 3 & 8 Certified · DIN / EN Compliant
Category 05 · Substructure Interface

Foundation & Ground Slab Connection Details (Temel Birleşim Kesiti)

Engineered seismic anchor bolt connections, capillary moisture cutoff barriers, thermal threshold breaks, and foundation perimeter insulation preventing cold footing infiltration.

SFV-FD-01 Total Thickness: Engineered Interface mm

Seismic Anchor Interface & Capillary Damp-Proof Base Detail

High-capacity Hilti chemical anchors, EPDM thermal footing gasket, and continuous perimeter insulation wrapping the concrete slab.

Thermal Transmittance
Psi (threshold) ≤ 0.02 W/mK
Sound Insulation
Acoustically isolated footing
Fire Resistance
REI 120 (Non-combustible steel track & concrete)
Structural Mass
Anchor load: Up to 45 kN shear / tension per node

Layer-by-Layer Stratigraphy Breakdown

Layer Material Specification & Standard Thickness Lambda (λ) Primary Physical Function
1 S350GD+Z275 Heavy Bottom U-Track Base Channel (1.5–2.0mm thickness) 2.0 mm 50.0 W/mK Primary horizontal structural interface transferring wall loads to slab
2 Hilti HIT-HY 200 Heavy-Duty Chemical Epoxy Anchor Studs (M12 / M16) Depth: 120-180mm N/A Resists seismic base shear, overturning moment, and hurricane wind uplift
3 Continuous EPDM Closed-Cell Acoustic Footing & Capillary Break Gasket 6 mm 0.04 W/mK 100% blocks capillary water rising from concrete into steel framing; dampens structural vibration
4 Perimeter XPS Foundation Skirt Insulation (80–100mm Waterproof XPS) 100 mm 0.035 W/mK Eliminates foundation perimeter frost line and thermal bridging at floor edge
5 Reinforced Concrete Raft Slab (Slab-on-Grade or Crawlspace Cap) 200–250 mm 2.0 W/mK Substructure foundation prepared by local ground contractor according to SerVilla load schedule
Recommended Climate / Project Application: All seismic zones (Eurocode 8 / PGA >= 0.40g) and coastal damp soils Eurocode 3 & 8 Certified · DIN / EN Compliant
Engineering Summary

Master Assembly Specification Matrix

A comprehensive side-by-side engineering comparison of all SerVilla standard envelope, partition, mezzanine, and roof assemblies.

Assembly Code Assembly Description Total Depth U-Value Sound (Rw) Fire Rating Dead Weight European Standard
SFV-EW-01 Exterior Wall (ETICS) 265 mm 0.15 W/m²K 54 dB REI 60 / 90 48 kg/m² GEG 2024 / RE2020 / NTC 2018
SFV-EW-02 Exterior Wall (Ventilated Facade) 295 mm 0.14 W/m²K 56 dB REI 90 54 kg/m² Eurocode 3 & 8 / Passivhaus ready
SFV-EW-03 Exterior Wall (Passivhaus Ultra) 345 mm 0.11 W/m²K 59 dB REI 120 62 kg/m² Passivhaus / Minergie-P / KfW 40 Plus
SFV-IW-01 Interior Partition Wall 115 mm N/A 46 dB REI 45 / 60 28 kg/m² EN 1993-1-3 / DIN 4109
SFV-IW-02 Acoustic Double-Stud Party Wall 240 mm N/A 62 dB REI 120 52 kg/m² DIN 4109 (Schallschutz) / DPCM 5-12-97
SFV-FL-01 Acoustic Mezzanine Floor Joist 380 mm 0.22 W/m²K 58 dB (L'n,w ≤ 48 dB) REI 60 / 90 65 kg/m² EN ISO 717-2 / L/500 Rigidity
SFV-RF-01 Pitched Standing Seam Roof 365 mm 0.12 W/m²K 52 dB REI 90 42 kg/m² EN 1991-1-3 (Snow up to 4.5 kN/m²)
SFV-RF-02 Accessible Flat Terrace / Green Roof 395 mm 0.13 W/m²K 55 dB REI 90 68 kg/m² EN 13501-5 (Broof t1) / RE2020
For Architects & Engineers

Need Standard CAD (.DWG) & BIM (.IFC) Cross-Section Detail Packs?

Download our complete, ready-to-import vector cross-section details for ArchiCAD, AutoCAD, and Revit, complete with layer hatching, thermal properties, and connection nodes.

Download CAD Detail Dossier
Code Compliance

European Regulatory Benchmarks

How SerVilla assemblies comply with and surpass national building physics and statutory energy codes across the EU.

Certified Compliance

German GEG 2024 / KfW 40 (Germany & Austria)

Official Code Requirement:
Exterior Wall U ≤ 0.20 W/m²K · Roof U ≤ 0.14 W/m²K
SerVilla Delivery: Wall U = 0.11 – 0.15 W/m²K · Roof U = 0.12 W/m²K (Surpasses standard by up to 45%)
Certified Compliance

French RE2020 (France & Benelux)

Official Code Requirement:
Low carbon footprint, thermal inertia, summer comfort (DH < 350) & airtightness
SerVilla Delivery: 100% recyclable inorganic steel, thermal break ventilated envelope & n50 < 0.6 /h
Certified Compliance

Italian NTC 2018 & NZEB Standards (Italy)

Official Code Requirement:
High seismic ductility (Zona Sismica 1), Transmittance U ≤ 0.22 W/m²K, Sound Rw ≥ 50 dB
SerVilla Delivery: Eurocode 8 PGA ≥ 0.40g ductile behavior, U = 0.14 W/m²K, Rw = 54–62 dB
Certified Compliance

Eurocode 1, 3 & 8 Structural Codes (European Union)

Official Code Requirement:
EN 1993-1-3 (Cold-Formed Steel), EN 1991 (Wind/Snow), EN 1998 (Earthquake)
SerVilla Delivery: 3D FEM static calculation dossiers stamped and ready for municipal submission
Technical FAQ

Frequently Asked Engineering Questions

In-depth physics and structural answers regarding thermal breaks, acoustic mass, and permitting submissions.

Steel is an excellent heat conductor, which is why we never rely solely on in-stud insulation. Our wall assemblies wrap the entire external steel skeleton in a continuous, unbroken 60–120mm exterior thermal insulation layer (EIFS/ETICS or rigid external rockwool). This exterior envelope moves the thermal dew point safely outside the framing cavity and reduces the linear thermal transmittance factor (Psi) to zero (0.00 W/mK), fully certified to German GEG 2024 and Passivhaus criteria.

Unlike timber joists that creak and transmit vibration, SerVilla floor cassettes combine deep S350GD C-joists engineered to a strict L/500 deflection standard with continuous EPDM acoustic isolation strips, 22mm structural decking, high-density impact sound underlayments (L'n,w ≤ 48 dB), 100mm cavity rockwool, and resilient ceiling decoupling channels. This delivers concrete-floor acoustic tranquility (Rw ≥ 58 dB).

All internal insulation infill uses hydrophobic basalt rockwool classified as Euroclass A1 (completely non-combustible with melting points exceeding 1000°C). Combined with fire-resistant sheathing boards (BoardeX / Knauf Fireboard), our exterior walls deliver certified REI 60 to REI 120 fire resistance, and party walls achieve REI 120, preventing fire and smoke spread strictly according to EN 13501-2 standards.

Yes. Our structural sheathing substrate (BoardeX / OSB-3) supports all European facade types: direct ETICS rendered finishes, clinker brick slips, natural stone veneer, ventilated timber (larch, cedar, thermowood), standing seam zinc, and aluminum composite panels (Trespa, Alucobond). Internally, standard plasterboards are ready for paint, wallpaper, ceramic tiling, or microcement.

You can request our complete Architectural & Engineering Cross-Section Dossier (.PDF and .DWG) by submitting your project details via our Request a Quote form or by directly contacting our engineering desk. We provide ready-to-import CAD details and customized U-value thermal verification calculations for your local municipal permit application.

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Ready to Engineer Your Custom High-Performance Villa?

Submit your architectural floor plans for a complimentary Eurocode structural feasibility check, custom U-value analysis, and itemized factory price quotation.