Which glass units are best for Aluplast Ideal 8000

Which glass units work best with Aluplast Ideal 8000

Aluplast Ideal 8000 is a modern PVC profile system with an increased installation depth (about 85 mm), designed for improved thermal and acoustic performance. The choice of glass unit (double glazing, triple glazing, coatings and spacers) defines real-life window performance: heat loss, noise reduction, daylight and security. This guide explains the optimal glass unit options for this profile, taking Northern European climates into account.

Key selection criteria

• Thermal performance (Ug, Uw): Ideal 8000 gives room for thicker glass units. For cold climates, aim for low Ug values — typically 0.5–0.7 W/m²K for high-quality triple-glazed units.
• Number of cavities: double vs triple glazing. Triple glazing gives better insulation and comfort.
• Gas filling: argon or krypton in cavities reduces heat transfer. Krypton is more effective in narrow cavities but more expensive.
• Warm edge spacer: reduces edge heat loss and condensation risk.
• Low‑E coatings: soft-coat Low‑E on inner panes lowers emissivity and reduces thermal losses.
• Acoustic or safety options: laminated glass for security and sound reduction, and combinations of different thicknesses to combat a range of frequencies.

Recommended glass unit options for Aluplast Ideal 8000

1) Energy-efficient comfort (recommended for residential use)

• Triple-glazed unit, 44–48 mm overall thickness with argon fill.
• Low‑E layers on outer and inner panes; tempered outer glass if needed.
• Warm edge spacer, two insulating cavities.
• Typical Ug around 0.5–0.7 W/m²K and improved sound insulation.

2) Maximum thermal performance (for passive or near‑passive houses)

• Triple glazing 48–52 mm with combination argon/krypton fills.
• Multiple Low‑E coatings and a high-performance warm edge spacer.
• Suited for large glass areas or high insulation requirements.

3) Cost-effective compromise

• Double-glazed unit 36–40 mm with argon and one Low‑E coating.
• Suitable for secondary rooms or constrained budgets.

4) Acoustic and security options

• Laminated glass (PVB) for burglary resistance and noise damping.
• Mixed thickness assemblies (e.g., 6/12/4/12/6) to tackle different sound frequencies.

Technical and practical advice

• Unit thickness and weight: Ideal 8000 supports thicker units but verify the maximum allowed weight and sash dimensions with the manufacturer.
• Hardware compatibility: heavier units require reinforced hinges and robust fittings.
• Spacer selection: choose warm edge spacers sized for the cavity to minimize thermal bridging.
• Condensation control: high insulation shifts the dew point; ensure adequate ventilation to avoid internal condensation.
• Certification and specs: always check Ug, g‑value (solar factor), acoustic Rw, and manufacturer warranty.

Double vs Triple glazing with Aluplast Ideal 8000

• Thermal performance: triple glazing is superior, especially with multiple Low‑E layers and gas fills.
• Weight and cost: triple glazing is heavier and more expensive, requiring better fittings.
• Comfort: triple glazing reduces cold spots and drafts at window surfaces.

FAQ

Is triple glazing necessary in Latvia?

For most residential applications in Latvia, triple glazing with the Ideal 8000 profile is a strong choice: it improves comfort and reduces energy loss. Double glazing can be acceptable in secondary rooms or where budgets are tight.

What is the benefit of a warm edge spacer?

A warm edge spacer reduces heat loss along the glass edge and lowers the risk of condensation usually formed on cold spacers.

Do I need stronger hardware for triple glazing?

Yes. Thicker and heavier units need reinforced hinges, stronger handles and correct adjustment to ensure long-term operation.

Should I choose krypton over argon?

Krypton performs better in narrower cavities but is pricier. Argon generally provides the best balance between cost and performance.

Conclusion

Aluplast Ideal 8000 allows the installation of high-performance double and triple glass units. For Northern European climates, the recommended choice is a triple-glazed unit with Low‑E coatings, argon (or argon/krypton) filling and warm edge spacers. Always confirm weight limits and hardware requirements with the supplier, and plan ventilation to manage condensation.