Technology

Industrial technology for modular construction with predictable timelines, controlled quality, and scalability for B2B projects

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High production standards.

Technology Trident is

Panel-module system based on timber-frame construction. This combines engineering precision, factory quality control, and architectural flexibility. The technology allows for the implementation of individual housing projects for developers, the hotel business, the commercial segment, and the private sector.

Panel-frame houses

The building is supplied as prefabricated closed-type floor, wall, and roof panels with basalt insulation in accordance with thermal conductivity requirements. This allows for the rapid assembly of the building's warm shell and transition to internal works.

Modular houses

Production technology of high-degree factory-readiness modules with interior finishing, engineering networks, and installed windows and doors. Site installation takes minimal time and is reduced to module joining and utility connection.

Classic frameNo houses

A flexible solution for combining the implementation of individual projects or complex architectural forms with the possibility of phased construction.

Hybrid system

A combined system of classical construction, panel systems, and modules for optimising logistics, budget, and project timelines in complex projects.

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Structural basis

The system's foundation is a combination of an American-type frame with Finnish wood processing technology (calibrated planed timber of coniferous species dried in a kiln with a strength class C24).

Frame system

The supporting base is made from kiln-dried planed timber of strength class C24 with a controlled moisture content of 12–15%, which ensures geometric stability and predictable performance of the structure under load.

Thermal and humidity conditions

Enclosure structures are insulated with non-combustible basalt wool of class A1. The layers of the structure are formed taking into account the correct operation of moisture and heat, which ensures stable energy efficiency throughout the entire service life.

View houses

Spatial rigidity

The rigidity of the building is formed by the slab sheathing and calculated fastening nodes, which act as rigid diaphragms and perceive wind and horizontal loads.

Factory quality

Panels and modules are manufactured in factory conditions with precise adherence to design dimensions and assembly technology, which minimises errors and reduces installation times on site.

Construction and materials

Technical detailed breakdown

The construction of an energy-efficient house

Each element of the Trident Modular construction is part of a unified engineering system. Design solutions are developed with energy efficiency, moisture resistance, and spatial rigidity in mind, ensuring stable building performance throughout its life cycle.

#	Ball
1	Roofing	Optional
2	Mounting rail	35 mm
3	Guard rail	35 mm
4	Diffusion membrane	Jute
5	OSB-3	12 mm
6	Load-bearing frame	95 mm
7	Basalt wool insulation	100 mm
8	Vapour control layer	Jute
9	Internal finishing installation system	Optional
10	Interior finishing	Optional

Graphical representation of a Trident flat roof (100 mm insulation)

#	Ball
1	Roofing	Optional
2	Geotextile	35 mm
3	OSB-3	18 – 22 mm
4	Diffusion membrane	Jute
5	Load-bearing frame	95 mm
6	Basalt wool insulation	100 mm
7	Vapour control layer	Jute
8	Internal finishing installation system	Optional
9	Interior finishing	Optional

Graphic representation of Trident external walls (100 mm insulation)

#	Ball
1	Facade	Optional
2	Mounting rail	35 mm
3	Diffusion membrane	Jute
4	OSB-3	12 mm
5	Load-bearing frame	95 mm
6	Basalt wool insulation	100 mm
7	Vapour control layer	Jute
9	Internal finishing installation system	Optional
8	Interior finishing	Optional

Graphical representation of Trident internal walls (100 mm insulation)

#	Ball
1	Interior finishing	Optional
2	Internal finishing installation system	Optional
3	OSB-3	10 mm
4	Load-bearing frame	95 mm
5	Basalt wool insulation	100 mm
6	Vapour control layer	Jute
7	Internal finishing installation system	Optional
8	Interior finishing	Optional

Graphical representation of the Trident floor (100 mm insulation)

#	Ball
1	Interior finishing	Optional
2	OSB-3	18 mm
3	Vapour control layer	Jute
4	Basalt wool insulation	100 mm
5	Load-bearing frame	95 mm
6	OSB-3	10 mm
7	Rodent mesh	Optional

Graphical representation of a lean-to roof (150 mm insulation)

#	Ball
1	Roofing	Optional
2	Mounting rail	35 mm
3	Guard rail	35 mm
4	Diffusion membrane	Jute
5	OSB-3	12 mm
6	Load-bearing frame	145 mm
7	Basalt wool insulation	150 mm
8	Vapour control layer	Jute
9	Internal finishing installation system	Optional
10	Interior finishing	Optional

Graphical representation of Trident flat roof (150 mm insulation)

#	Ball
1	Roofing	Optional
2	Geotextile	35 mm
3	OSB-3	18 – 22 mm
4	Diffusion membrane	Jute
5	Load-bearing frame	145 mm
6	Basalt wool insulation	150 mm
7	Vapour control layer	Jute
8	Internal finishing installation system	Optional
9	Interior finishing	Optional

Graphical representation of Trident external walls (150 mm insulation)

#	Ball
1	Facade	Optional
2	Mounting rail	35 mm
3	Diffusion membrane	Jute
4	OSB-3	12 mm
5	Load-bearing frame	145 mm
6	Basalt wool insulation	150 mm
7	Vapour control layer	Jute
8	Internal finishing installation system	Optional
9	Interior finishing	Optional

#	Ball
1	Interior finishing	Optional
2	Internal finishing installation system	Optional
3	OSB-3	10 mm
4	Load-bearing frame	95 mm
5	Basalt wool insulation	100 mm
6	Vapour control layer	Jute
7	Internal finishing installation system	Optional
8	Interior finishing	Optional

Trident floor graphic representation (150 mm insulation)

#	Ball
1	Interior finishing	Optional
2	OSB-3	18-22 mm
3	Vapour control layer	Jute
4	Basalt wool insulation	150 mm
5	Load-bearing frame	145 mm
6	OSB-3	10 mm
7	Rodent mesh	Optional

123 — Graphical representation of a pitched roof (250 mm insulation)

#	Ball
1	Roofing	Optional
2	Mounting rail	35 mm
3	Guard rail	35 mm
4	Diffusion membrane	Jute
5	OSB-3	12 mm
6	Load-bearing frame	195 mm
7	Basalt wool insulation	200 mm
8	Counter-insulation of timber beams	45 mm
9	Counter-insulation mineral wool	50мм
10	Vapour control layer	Jute
11	Internal finishing installation system	Optional
12	Interior finishing	Optional

Graphical representation of a Trident flat roof (250mm insulation)

#	Ball
1	Roofing	Optional
2	Geotextile	35 mm
3	OSB-3	18 – 22 mm
4	Diffusion membrane	Jute
5	Load-bearing frame	195 mm
6	Basalt wool insulation	200 mm
7	Counter-insulation of timber beams	45 mm
8	Counter-insulation mineral wool	50 mm
9	Vapour control layer	Jute
10	Internal finishing installation system	Optional
11	Interior finishing	Optional

Graphical representation of Trident external walls (200 mm insulation)

#	Ball
1	Facade	Optional
2	Mounting rail	35 mm
3	Diffusion membrane	Jute
4	OSB-3	12 mm
5	Load-bearing frame	195 mm
6	Basalt wool insulation	200 mm
7	Vapour control layer	Jute
8	Internal finishing installation system	Optional
9	Interior finishing	Optional

#	Ball
1	Interior finishing	Optional
2	Internal finishing installation system	Optional
3	OSB-3	10 mm
4	Load-bearing frame	95 mm
5	Basalt wool insulation	100 mm
6	Vapour control layer	Jute
7	Internal finishing installation system	Optional
8	Interior finishing	Optional

Trident floor graphical representation (200 mm insulation)

#	Ball
1	Interior finishing	Optional
2	OSB-3	18-22 mm
3	Vapour control layer	Jute
4	Basalt wool insulation	200 mm
5	Load-bearing frame	195 mm
6	OSB-3	10 mm
7	Rodent mesh	Optional

123 — Graphical representation of a pitched roof (250 mm insulation)

#	Ball
1	Roofing	Optional
2	Mounting rail	35 mm
3	Guard rail	35 mm
4	Diffusion membrane	Jute
5	OSB-3	12 mm
6	Load-bearing frame	195 mm
7	Basalt wool insulation	200 mm
8	Counter-insulation of timber beams	45 mm
9	Counter-insulation mineral wool	50 mm
10	Vapour control layer	Jute
11	Internal finishing installation system	Optional
12	Interior finishing	Optional

#	Ball
1	Roofing	Optional
2	Geotextile	35 mm
3	OSB-3	18 – 22 mm
4	Diffusion membrane	Jute
5	Load-bearing frame	195 mm
6	Basalt wool insulation	200 mm
7	Counter-insulation of timber beams	45 mm
8	Counter-insulation mineral wool	50 mm
9	Vapour control layer	Jute
10	Internal finishing installation system	Optional
11	Interior finishing	Optional

Graphical representation of Trident external walls (250mm insulation)

#	Ball
1	Facade	Optional
2	Mounting rail	35 mm
3	Diffusion membrane	Jute
4	Counter-insulation of timber beams	45 mm
5	Counter-insulation mineral wool	50 mm
6	OSB-3	12 mm
7	Load-bearing frame	195 mm
8	Basalt wool insulation	200 mm
9	Vapour control layer	Jute
10	Internal finishing installation system	Optional
11	Interior finishing	Optional

#	Ball
1	Interior finishing	Optional
2	Internal finishing installation system	Optional
3	OSB-3	10 mm
4	Load-bearing frame	95 mm
5	Basalt wool insulation	100 mm
6	Vapour control layer	Jute
7	Internal finishing installation system	Optional
8	Interior finishing	Optional

Trident floor graphic representation (250 mm insulation)

#	Ball
1	Internal finishing installation system	Optional
2	OSB-3	18 – 22 mm
3	Vapour control layer	Jute
4	Basalt wool insulation	200 mm
5	Load-bearing frame	195 mm
6	Counter-insulation of timber beams	45 mm
7	Counter-insulation mineral wool	50 mm
8	OSB-3	10 mm
9	Rodent mesh	Optional

Production process

Manufacturing

How is a modular house created?

Take a look at the real process of creating a modular home – from the factory line to the finished site. This video review demonstrates the technological sequence, quality control, and attention to detail that define our approach to modular construction.

WHAT YOU NEED TO KNOW

FAQ

Answers to frequently asked questions

We have collected answers to the most frequently asked questions about the design, production, construction time and equipment of modular and frame houses.

When installing in sections, no machinery is required, but depending on which installation option you choose, the need to use heavy machinery will depend.

Installation in small sections involves assembling a house from a large number of small sections, which allows you to create very individual projects.
Installation in large panels, On the contrary, it uses large sections, which can significantly speed up the assembly process, but requires the involvement of technicians.

The choice depends on your needs and requirements.

Yes. We have developed three main installation technologies for you:
- installation in small sections;
- installation in large panels;
- assembly in modules.
Each of them has its own advantages and capabilities, and we are ready to find the best option for your needs.

We provide a 10-year warranty on the quality and reliability of our Trident house building elements.