Similar International Standards
EN 14351-2:2018CEN (European Committee for Standardization), Europe
HighCurrent
Windows and doors - Product standard, performance characteristics - Part 2: Internal doorsets
This standard defines performance requirements and test methods for internal doorsets, which GRP panel type door shutters would need to comply with regarding mechanical, thermal, and safety aspects, regardless of material.
ASTM D790-17ASTM International, USA
MediumCurrent
Standard Test Methods for Flexural Properties of Unreinforced and Reinforced Plastics and Electrical Insulating Materials
This standard specifies methods for determining the flexural strength and modulus of GRP materials, which are crucial mechanical properties for the panel construction of GRP door shutters.
EN 1192:2000CEN (European Committee for Standardization), Europe
MediumCurrent
Doors - Classification of strength requirements
This standard classifies doors based on their resistance to static load, impact, and vertical load, providing a framework for evaluating the mechanical strength of GRP door shutters.
ISO 16281:2014ISO, International
MediumCurrent
Doorsets - General performance characteristics - Classification
This standard provides a general classification system for various performance characteristics of doorsets, including those made from GRP, allowing for standardized comparison of different properties.
Key Differences
≠IS 14856:2000 is specifically tailored for GRP door shutters, potentially detailing specific material compositions (e.g., resin type, glass content, fillers) and construction methods, whereas European standards like EN 14351-2 are performance-based and material-neutral, allowing for various materials to meet defined performance characteristics.
≠Dimensional tolerances and allowable deviations for flatness or squareness may differ between IS 14856:2000 and European norms, reflecting different manufacturing practices or regional construction standards.
≠Specific test methods for properties like impact resistance, durability (cyclic loading), or water absorption may vary in detail (e.g., apparatus, sample preparation, exact load/duration) between IS and international standards, even if the underlying performance goal is similar.
≠Fire performance requirements for internal doors might be less stringent or classified differently under IS 14856:2000 for general internal use compared to the comprehensive European Reaction to Fire classifications (EN 13501-1) often referenced by EN 14351-2.
≠IS 14856:2000 may emphasize specific aspects relevant to the Indian climate and building practices, such as resistance to warping in high humidity or specific pest resistance, which might not be explicitly detailed in broad international performance standards.
Key Similarities
≈Both IS 14856:2000 and international equivalents address the fundamental requirement of providing a functional and durable door shutter for internal use.
≈Core performance characteristics such as mechanical strength, rigidity, and stability are critical in both Indian and international standards for door shutters, ensuring the product can withstand typical operational loads.
≈Aesthetic qualities like surface finish, flatness, and general appearance would be common considerations, as they contribute to the overall usability and acceptance of the door product.
≈Safety requirements, such as the absence of sharp edges and structural integrity under normal use, are universally important and would be covered by both IS 14856:2000 and relevant international standards.
≈The principle of using glass fiber reinforced plastic as a material for door construction due to its advantages in terms of water resistance, light weight, and durability is recognized across relevant standards.