Laser Flash Analysis (LFA) Heat Flow Measurements (HFM) Dielectric Analysis (DEA)

DEA 230/231 Epsilon Epsilon is used for fast curingthermosets such as SMC/BMC and UV curing. All of these can be used either in the lab or in-situ (sensors in oven, mould, auto- clave, press, etc.).•Frequency range: 0.001 ... 100 kHz•Temperature range: -150 ... 400°C•Data channels: up to 10 •Wide spectrum of implantable andreusable sensors•Accessories: industrial furnace and press Series Epsilon Titan This instrument series is used toinvestigate the curing of reactive industrial resins by monitoring their dielectric properties during processing. The DEA230 series is used for most thermosets, ad- hesives, paints, and coatings, while the DEA 231/1 (see special brochure)is recommended. •Temperature range: -20 ... 100°C•Thermal conductivity range: 0.005 ... 0.5 W/(m*K)•Sample size:300 mm x 300 mm x 100 mm 600 mm x 600 mm x 200 mm•Repeatability: 0.5% •Precision: 3% •Unique dual sensor design •Unmatched test speed •In accordance with ASTMC 518, ISO 8301, JIS A1412, and EN 12667 HFM 436 Lambda Heat industrial flow meters are used to measurethe thermal conductivity of insulation and building materials such as fiber boards, loose fill fiberglass, rock wool, synthetics, ceramic fiber boards, cellular plastics, powders, foams, evacuated panels, gypsum boards, wood, concrete, sand, and soil. For advanced measurements, the Guarded Hot Plate GHP 456
HFM 436 Lambda Low temperature application - filled rubber. The specific heat and thermaldiffusivity show steps due to the glass transition between -75 and -50°C.High temperature application - carbon refractory. Typical behavior of thethermophysical properties of carbon-containing refractories up to 1500°C. LFA 427 The laser flash method can be employedup to very high temperatures. The LFA 427 allows thermal diffusivity and ther- mal conductiv ity tests up to 2000°C. This system is the most versatile instru- ment allowing tests on solids, powders, laminates, or even liquid metals and slags. •Temperature range: -70 ... 2000°C•Thermal conductivity range:0.1 ... 2000 W/(m*K)•Vacuum:10
-5 mbar•Atmospheres: inert, oxidizing,reducing•Sample size: 10 mm x 10 mm, Ø 6 mm, Ø 10 mm, Ø 12.7 mm; thickness 0.02 ... 6 mm, Ø 20 mm (special version)
LFA 427 DEA 230/231 Epsilon

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