Our projects
Salaspils Culture House
Installation of eaves flashings, parapet flashings, and window connection details. All work was carried out using standing seam technology without visible fasteners. Use of special connection system allows the metal to expand and contract freely under temperature changes.
Developed from scratch:
A custom eave detail was independently designed using an insert decorative strip with raised standing seams on horizontal surfaces to protect against water infiltration.
Project optimization:
Instead of an expensive custom wraparound solution for each parapet guardrail, a individual wind-edge system with specially designed embedded elements was implemented.
Key achievement:
Direct savings in budget and materials for the client while preserving the architectural appearance and improving overall watertightness.
Twin private house in Dzilnuciems
Implementation of a sheet metal facade transition into the roof structure. The system combines concealed gutters with under-roof ventilation. A fully concealed installation without visible screws ensures the free movement of metal under temperature changes.
Water flow management:
Special water retainers were installed to ensure water flow into the hidden drainage system.
Engineered ventilation:
Air flows through the entire facade structure and exits on the roof top, ensuring long-term durability of the construction.
Key achievement:
The architect’s complex visual concept was realized as a technically flawless system with perfectly balanced ventilation regulation.
Facade works at Birzes Street 1, Salaspils
Installation of window sills and balcony flashings on a multi-apartment building, including the elimination of facade moisture penetration defects.
Unique detail:
A custom side element was developed to extend beneath the slope tile finish.
Rigidity and protection:
The solution eliminates the need to cut window sill and prevents loss of rigidity, directing 100% of the water onto the flashing rather than underneath it.
Key achievement:
Complete elimination of the risk of leaks under facade, which are virtually unavoidable with standard installation methods.
House Mārsili
Barnhouse-style roofing with integrated concealed gutters and double standing seam technology.
Concealed engineering:
The roof gutter is integrated into the roof at flat roof section, allowing large volumes of rainwater to be efficiently drained while preserving the building’s minimalist architectural appearance. On the main roof slope, no gutters were installed in order to prevent the accumulation of pine needles and reduce maintenance requirements.
Clean lines:
Connections are made using hook-in elements without visible fasteners.
Key achievement:
Architectural unity between the facade and roof was achieved while maintaining 100% functionality of the drainage system, with no maintenance requirements.
Mālpils muiža – Orangery
Restoration of a historic roof with the integration of modern ventilation and water drainage systems.
Roof eave innovation:
Instead of destructive hole through roof eave, integrated sleeves were installed to isolate the eave structure from meltwater exposure.
Concealed aeration:
Ventilation is organized through angled ridge details and drip edges, making it possible to use a breathable roofing membrane on a historic building.
Key achievement:
Preservation of the estate’s authentic appearance while implementing engineering solutions that protect the wooden structures from decay for decades.
Private house in Saulkrasti
Roof installation in a coastal area using Scandinavian-style connection technologies.
Swedish standard:
Facade connection details were executed in the “Swedish style” to ensure maximum reliability at low roof pitch angles.
Sealed ridge detail:
The ventilated ridge is integrated into the roof plane using a technology designed to eliminate the risk of leaks.
Key achievement:
Complete protection against the harsh marine climate achieved through the precise geometry of standing seam connections, without the use of sealants.