Enmakk Extrusions Private Limited

uPVC Casement Window Profile Manufacturer and Supplier in India

uPVC 40 Casement

40 mm uPVC casement system with a slim, modern profile and multi‑chamber design for strength, insulation, and long‑lasting weather resistance.

Features
  • Versatile Glass Compatibility
  • Multi‑Chamber Insulated uPVC Profile
  • Enhanced Dust and Noise Sealing
  • Smooth, Space‑Saving Sliding Operation
Technical Specifications
  • Maximum Sash Width: 750 mm
  • Maximum Sash Height: 1500 mm
  • Sealing: Multi-point weather seals
  • Reinforcement:Galvanized steel in profile chambers
  • Glass Range: 5 to 22 mm typical (varies by model)
  • Sound Insulation: 25–40 dB depending on glazing
Key Benefits
  • Exceptional Thermal Insulation
  • High Security
  • Weather and Pollution Protection
  • Low Maintenance
  • Aesthetic Flexibility
  • Eco-Friendly
Application

EM ALSD - 31 Essential Sliding Window System is ideal for:

  • Residential: Living rooms, balconies, bedrooms, kitchens, high-rise apartments, villas.
  • Commercial: Office spaces, retail showrooms, hospitality projects.
  • Ideal for locations where unobstructed views, daylight, and effective ventilation are desired.

Frequently asked questions

Enmakk uPVC windows use multi‑chamber profiles and tight sealing to improve insulation, reduce noise and dust, and offer better durability than many conventional window materials.

Yes, Enmakk uPVC windows are engineered to resist rain, strong sun and humidity, so they do not rust, rot or peel even in coastal or high‑pollution environments.

Enmakk uPVC windows typically need only simple cleaning of the frames and tracks with mild soap and water, without any repainting or polishing over their service life.

The system can be tailored for different sash sizes, glass thicknesses, mesh or grill options, and opening types such as sliding, casement or tilt‑and‑turn, depending on project requirements.

By combining insulated glass with multi‑chamber uPVC frames and effective gaskets, Enmakk windows help limit heat transfer and block street noise, which can support better comfort and energy efficiency.