- Avantgarde
- Modern
- Classic
NEW! SAFIR
The warm designer composite/aluminium window.
Josko combines four qualities with the new Safir composite/aluminium window: a flush fit, sleekness, warmth and stability. Furthermore, the revolutionary composite/aluminium window offers more incident light thanks to its slim frame, a stable sash frame thanks to integrated fibreglass and much more. Moreover, Safir first perfectly into the Platin window family from Josko.
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Many innovative advantages
WINDOW VALUES
- Best value 3x glass Uw 0.67 W/m2K
- System thickness 100 mm
Design and comfort
- Unique: externally flush to glass, internally and externally flush to frame
- Externally, almost identical visually to the wood/aluminium windows Platin Passiv and Platin 82
- Extremely slim frame
- Internally sleek appearance without glass strips and joins
- Fully concealed fittings and turn limiter as standard
Stability, tightness, security
- Fibreglass-strengthened sash frame for greater stability, fewer drafts and up to 40% less weight than conventional PVC/steel profiles
- Innovative, patented profile structure to distribute heavy glass weights evenly
- Extremely slim mullion covers for stable coupling
- Innovatively positioned additional steel reinforcement for large dimensions
- Patio doors of 2.70 metres maximum height possible
- Fix glass bonding on both sides as standard – for more warmth, tightness and stability and less condensation
- 3 seals for optimal sound, heat and tightness values
- Basic break-in protection through mushroom cap closing against levering as standard
- Optionally also available WK-2 tested and certified
- Profile 100% recyclable
TOP HEAT PROTECTION
- Integrated environmentally-friendly thermofoam core for top heat values as standard
- Fibreglass-strengthened plastic profile without cold steel triple glazing as standard for better heat values and reduced cold radiation
- Very slim frames ensure 20% more incident light, lowering heating costs
- The slanting glazing rebate lip for improved flow of heat reduces the formation of condensation on the edge of the glass
- Thermally optimal system thickness of 100 mm
- Optionally more thermofoam core
