ASTM E95-68(2016)
Standard Specification for Cell-Type Oven with Controlled Rates of Ventilation

Standard No.
ASTM E95-68(2016)
Release Date
1968
Published By
American Society for Testing and Materials (ASTM)
Status
Replace By
ASTM E95-68(2022)
Latest
ASTM E95-68(2022)
Scope

1.1 This specification covers the general requirements of a cell-type oven with controlled rates of ventilation for determining loss in weight or changes in properties of materials on heating at elevated temperatures. These specifications take into account the fact that chamber geometry, rate of ventilation, and temperature each affect the rate of loss of volatile constituents from a material, or the rate of change in other properties. This oven is recommended whenever the results are dependent on the time and temperature of heating, the amount of ventilation, or both. It is assumed that specific requirements such as specimen shape and dimensions, rate of ventilation, time, and temperature will be included in the applicable material specifications or test methods.

Note 1: Ovens meeting these specifications have been found useful for determination of plasticizer loss in plastics, and for controlled aging of elastomers and plastics.

1.2 The values stated in inch-pound units are to be regarded as the standard.

ASTM E95-68(2016) Referenced Document

ASTM E95-68(2016) history

  • 2022 ASTM E95-68(2022) Standard Specification for Cell-Type Oven with Controlled Rates of Ventilation
  • 1968 ASTM E95-68(2016) Standard Specification for Cell-Type Oven with Controlled Rates of Ventilation
  • 1968 ASTM E95-68(2011) Standard Specification for Cell-Type Oven with Controlled Rates of Ventilation
  • 1968 ASTM E95-68(2006) Standard Specification for Cell-Type Oven with Controlled Rates of Ventilation
  • 1968 ASTM E95-68(2001) Standard Specification for Cell-Type Oven With Controlled Rates of Ventilation
  • 1968 ASTM E95-68(1996)e1 Standard Specification for Cell-Type Oven With Controlled Rates of Ventilation
Standard Specification for  Cell-Type Oven with Controlled Rates of Ventilation



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