ELECTRICAL INSULATING MATERIALS. MATERIALS MADE BASICALLY OF AGGLOMERATED MICA OR MICA PAPER. SPECIFICATIONS FOR FLEXIBLE MATERIALS.
€16.00
Methods of testing insulating materials.recommended methods for thedetermination of the dielectric properties of insulating material at frequencies above 300 MHz.
€126.10
Methods of testing insulating materials. Methods of test for the determination of ionic impurities in electrical insulating materials by extraction with liquids.
€28.06
Methods of test for determination of ionic impurities in electrical insulating materials by extraction with liquids
€165.00
Corrigendum 1 - Methods of test for the determination of ionic impurities in electrical insulating materials by extraction with liquids
€0.00
ELECTRICAL INSULATING MATERIALS. INSULATING VARNISHES. DETERMINATION OF AGGLUTINATING POWER BY THE HELICOIDAL COIL METHOD.
€20.00
ELECTRICAL INSULATING MATERIALS. MATERIALS MADE BASICALLY OF AGGLOMERATED MICA OR MICA PAPER. SPECIFICATIONS FOR MOULDABLE MATERIALS.
ELECTRICAL INSULATING MATERIALS. MATERIALS MADE BASICALLY WITH AGGLOMERATED MICA OR MICA PAPER. SPECIFICATIONS FOR MICAFOLIUM.
ELECTRIC INSULATING MATERIALS. VARNISHED FABRICS. SPECIFICATIONS FOR COTTON FABRICS WITH OLEORESINOUS. VARNISH, OR/C.
ELECTRICAL INSULATING MATERIALS. VARNISHED FABRICS. SPECIFICATIONS FOR GLASS FABRICS WITH OLEORESINOUS VARNISH, POLYURETHANE, EPOXY OR SILICONE.
METHODS FOR THE DETERMINATION OF THE PERMITIVITY AND DIELECTRIC DISSIPATION FACTOR OF ELECTRICAL INSULATING MATERIALS AT POWER, AUDIO AND RADIO FREQUENCIES.
€72.00
Specification for cellulosic papers for electrical purposes. Part 1: Definitions and general requirements
€22.00
Methods of test for the determination of ionic impurities in electrical insulating materials by extraction with liquids
Methods for the determination of the dielectric properties of insulating materials at frequencies above 300 MHz. Part 2: Resonance methods
€127.00
ELECTRIC INSULATING MATERIALS. VARNISHED FABRICS. DEFINITIONS, GENERAL REQUIREMENTS AND TEST METHODS.
€51.00
