Carbolite Gero Ltd - part of Verder Scientific

5 products found

Carbolite Gero Ltd - part of Verder Scientific Products

  • Application Specific Furnaces

  • Carbolite - Model ABA 7/35B - Asphalt Binder Analyzer

    Carbolite - Model ABA 7/35B - Asphalt Binder Analyzer

    The ABA 7/35B is designed to measure the asphalt binder content of hot mix asphalt (HMA) using loss on ignition, in accordance with AASHTO T 308-10, ASTM D6307-10 & BSEN 12697-39:2012. The integral microprocessor controlled weighing and calculation system is configurable to allow variations to the standard asphalt binder test method. Test result reports are available in both printed and software format. The high temperature afterburner minimises...

  • Carbolite - Model MTT 12/38/850 - Carbon14-Tritium Furnaces

    Carbolite - Model MTT 12/38/850 - Carbon14-Tritium Furnaces

    This apparatus uses catalyst assisted combustion techniques to give a clean and precise approach to extracting carbon-14 & organically bound tritium or ‘fixed tritium’, eg tritium contained in concretes, steels and graphites, as well as ‘free water’. A catalyst is used to ensure complete combustion of all thermal decomposition products. These are captured for liquid scintillation assay. This technique gives greater...

  • Carbolite Gero - Model BV-HTRV - Bridgman Crystal Growth Furnace

    Carbolite Gero - Model BV-HTRV - Bridgman Crystal Growth Furnace

    The BV-HTRV is as a special crystal growing furnace according to the Bridgman method. The Bridgman method uses a pre-synthesized material that moves slowly through a temperature gradient. The melted material moves through a decreasing temperature gradient and forms a single crystal. The BV-HTRV is a tube furnace which is mounted on a device engineered specifically for the Bridgman method. As a standard, the HTRV 70-250 or the HTRV 100-250 are used as...

  • Carbolite - Model CDF 15/1C - Dental Furnace

    Carbolite - Model CDF 15/1C - Dental Furnace

    The CDF dental furnace is equipped with 3 robust high-quality heating elements made of silicon carbide. In contrast to many molybdenum disilicide heating elements these are free of any chemical interaction with zirconium oxide. The dental crowns and frameworks are placed in sintering trays which are filled with a bed of zirconium support beads. The trays are designed to fit exactly in the furnace chamber. The bed of zirconia beads allows for a...