SAE International - J2081_200705
Test Procedure for Determining the Resistance of Safety-Glazing Materials, of which One Surface is Plastic, to Simulated Weathering
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| Organization: | SAE International |
| Publication Date: | 29 May 2007 |
| Status: | active |
description:
This SAE Recommended Practice determines whether plastic and glass-plastic safety glazing materials will successfully withstand exposure to simulated weathering conditions.
Document History
November 16, 2023
Test Procedure for Determining the Resistance of Safety-Glazing Materials, of which One Surface is Plastic, to Simulated Weathering
This SAE Recommended Practice determines whether plastic and glass-plastic safety glazing materials will successfully withstand exposure to simulated weathering conditions.
April 11, 2019
Test Procedure for Determining the Resistance of Safety-Glazing Materials, of which One Surface is Plastic, to Simulated Weathering
This SAE Recommended Practice determines whether plastic and glass-plastic safety glazing materials will successfully withstand exposure to simulated weathering conditions.
J2081_200705
May 29, 2007
Test Procedure for Determining the Resistance of Safety-Glazing Materials, of which One Surface is Plastic, to Simulated Weathering
This SAE Recommended Practice determines whether plastic and glass-plastic safety glazing materials will successfully withstand exposure to simulated weathering conditions.
August 1, 1997
Test Procedure for Determining the Resistance of Safety-glazing Materials, of Which One Surface is Plastic, to Simulated Weathering
This SAE Recommended Practice determines whether plastic and glass-plastic safety glazing materials will successfully withstand exposure to simulated weathering conditions.
June 1, 1991
TEST PROCEDURE FOR DETERMINING THE RESISTANCE OF SAFETY GLAZING MATERIALS, OF WHICH ONE SURFACE IS PLASTIC, TO SIMULATED WEATHERING
This SAE Recommended Practice is intended for use in determining whether safety glazing materials, of which at least one surface is plastic, will successfully withstand exposure to simulated...