Our Products

The standard lays down specifications for aluminium alloys, sections, fabrication, assembly, and installation of doors, windows, and ventilators. It defines dimensional tolerances, structural strength, surface finish, and weather-resistance requirements. The standard also covers operational aspects such as smooth opening and closing, locking mechanisms, and resistance to wind and water penetration. These parameters ensure uniformity, interchangeability, and safe operation across products from different manufacturers. IS 1948:2024 emphasizes the selection of high-quality aluminium alloys and surface treatment processes, including anodizing and powder coating, to enhance durability, corrosion resistance, and aesthetic appeal. It also prescribes guidelines for hinges, handles, and other fittings to ensure smooth performance and secure operation over extended use. Testing is critical to ensure compliance with this standard. Aluminium doors, windows, and ventilators are checked for dimensional accuracy, structural strength, resistance to wind and water, smooth operation of moving parts, and surface finish quality. Corrosion resistance tests and durability checks are conducted to confirm long-term performance, especially in varying climatic conditions. These tests safeguard against premature failures, operational issues, or safety hazards.

Benefits of BIS Certification for Aluminium Doors, Windows, and Ventilators BIS certification under IS 1948:2024 assures both manufacturers and end-users of product quality, safety, and reliability. For manufacturers, certification enhances market credibility, ensures statutory compliance, and facilitates acceptance in domestic and international markets. Certified products demonstrate adherence to stringent quality standards, reducing disputes and increasing customer trust. For builders, architects, and end-users, using BIS-certified aluminium doors, windows, and ventilators guarantees durability, operational efficiency, and low maintenance. Certified products withstand environmental stresses, provide better insulation, and ensure safe and smooth operation over time. This contributes to long-term cost savings, improved building performance, and enhanced occupant satisfaction.