Salamander Systems
PVC windows are widely used in residential construction due to their ability to support thermal efficiency, durability, and consistent everyday performance.
At Ola Janelas, we specify PVC window systems from Salamander, selected for residential applications where thermal insulation, acoustic comfort, and long-term reliability are important.
Explore window and door opening styles to understand how different types of windows function in your home.
We choose Salamander PVC windows for their “A-Class” wall thickness and superior thermal insulation. These profiles are CE Marked and come with a 5-year manufacturer’s warranty on material stability. Tested to EN 14351-1, they provide industry-leading protection against drafts and energy loss.
All Salamander systems are tested for:
Air permeability (EN 1026) — measures how well the window prevents drafts and unwanted air infiltration
Watertightness (EN 1027) — confirms the window remains leak-proof under driving rain and prevents water ingress
Wind load resistance (EN 12211) — tests structural integrity under high wind pressure to ensure frame stability
PVC window systems excel in three key areas:
Thermal efficiency — Inherent insulation properties reduce heat loss without requiring thermal breaks
Acoustic comfort — Multi-chamber profiles effectively reduce external noise
Cost effectiveness — Lower material and installation costs while maintaining high performance
While aluminium offers superior durability in harsh sun and coastal exposure, PVC provides the best thermal performance for standard residential environments at a more accessible investment level.
Compare with aluminium window systems →
The choice between PVC systems is typically based on two key factors:
Level of thermal insulation required
Desired frame proportions and daylight
Some homes benefit from higher insulation and thicker glazing configurations, while others prioritise slimmer profiles that allow more natural light into the interior.
High-insulation PVC system for energy-focused projects
The bluEvolution 82 MD system is designed for projects where thermal insulation and acoustic performance are key considerations.
Its deeper profile and central sealing system support high-performance glazing configurations, helping reduce heat loss and external noise.
82 mm frame depth with 6-chamber profile
Compatible with triple glazing
Central sealing (MD) system
Designed for higher insulation requirements
Acoustic performance up to 46 dB (configuration dependent)
Compatible with RC2 security hardware
82 mm
Deeper frames accommodate thicker, more insulating glazing units
up to 48 mm
Can fit double or triple glazing for enhanced thermal and acoustic performance
6-chamber
Multiple internal chambers trap air, creating insulating barriers that reduce heat transfer
Uw from approx. 0.64 W/m²K*
Lower values = better insulation. This is high-performance (below 1.0). Older single-glazed windows typically measure 5.0+ W/m²K
up to 46 dB**
Higher dB reduction = quieter interior. 46 dB is equivalent to reducing busy street noise to a quiet library level
RC2 compatible
Meets European resistance class 2 standard, protecting against opportunistic break-in attempts
*Lower Uw values indicate better insulation. Values below 1.0 W/m²K represent high-performance systems suitable for energy-efficient homes. For reference, older single-glazed windows typically measure 5.0+ W/m²K.
**Performance depends on glazing configuration and installation.
See how this system performs to reduce noise in a real project.
View Case Study →
Slim PVC system designed to maximise daylight
The proEvolution 72 MD system is designed for projects where slimmer frames and increased glass area are a priority.
Its reduced profile proportions allow more natural light into the interior, while maintaining balanced thermal and acoustic performance.
72 mm frame depth
Slim profile design for increased glass area
Clean, modern appearance
Acoustic performance up to 46 dB (configuration dependent)
Compatible with RC2 security hardware
72 mm
Slimmer profile maximizes glass area while maintaining structural integrity
up to 48 mm
Supports high-performance double glazing or standard triple glazing
multi-chamber
Internal air chambers provide thermal insulation barriers
Uw from approx. 0.76 W/m²K*
High-performance rating (below 1.0). Maintains comfortable temperatures and reduces heat loss
up to 46 dB**
Reduces external noise to library-quiet levels inside your home
RC2 compatible
European resistance class 2 protection against forced entry
*Lower Uw values indicate better insulation. This performance level helps maintain comfortable indoor temperatures and reduces heat loss through window surfaces. For reference, older single-glazed windows typically measure 5.0+ W/m²K.
**Performance depends on glazing configuration and installation.
Detailed system configurations are available in the PVC Windows technical brochure →
Frame depth influences glazing compatibility, insulation capacity, and structural behaviour.
proEvolution 72 MD
72 mm
Slim profile and increased daylight
Uw from 0.76 W/m²K
bluEvolution 82 MD
82 mm
Enhanced insulation performance
Uw from 0.64 W/m²K
Salamander 5-Year Profile Warranty
All Salamander systems include a manufacturer’s warranty covering profile stability, material integrity, and resistance to warping or discolouration.
CE Marking & EN 14351-1 Compliance systems are tested and certified to European standards for air permeability, water-tightness and wind load resistance.
Installation Workmanship Guarantee
We provide a 2-year guarantee on all fitting and installation work, covering any physical faults or errors in the installation process.
If you’re considering alternative materials, you can explore aluminium window systems for a different architectural approach.
The most suitable system depends on:
Insulation goals
Façade design
Glazing configuration
Acoustic requirements
Installation conditions
Our team can help you evaluate these factors and recommend a suitable solution for your project.
During a site visit, we take precise measurements of window openings, assess thermal and acoustic performance, and evaluate the most suitable solutions based on insulation requirements and glazing type.
