High Temperature Furnaces
Up to 1100°C Three-Zone Split Furnaces
Series: HTO 08 & 19 & 37 & STE-FMThese three-zone split high temperature resistance furnaces are designed for materials testing in air. The double-walled design reduces the outer wall temperature through convective-cooling. This furnace is well suited for high temperature tension, compression, cyclic fatigue testing and fracture mechanics testing. The Version 08 provides 300 mm heated zone length whereas version 37 is with extended heating zone length of 360 mm and version 19 is with heated zone length of 200 mm optimized for Low Cycle Fatigue (LCF) applications in combination with high temperature LCF Grips Series HTG.
Up to 1400° One to Three-Zone Split Short High Furnaces
Series: STE Version 21xxThese single-to-three-zone high temperature resistance furnaces are designed for a wide variety of high-temperature tests including Low Cycle Fatigue, Tension, Compression and Fatigue Testing of metals, composites, ceramics and others.
The furnaces allow the use of very short specimen grips / pull rods that reduce the load string costs and improves the alignment.
The clamshell design allows the operator to work from the front providing convenient working.
Up to 1200°C Three-Zone Split Furnaces
Series: HTO 15 & 27 & 38 & 34 & 39These three-zone split high temperature resistance furnaces are designed for materials testing in air. The double-walled design reduces the outer wall temperature through convective-cooling. This furnace is well suited for high temperature tension, compression, cyclic fatigue testing and fracture mechanics testing. The Version 15 provides 300 mm heated zone length whereas version 38 is with extended heating zone length of 360 mm and version 27 is with heated zone length of 200 mm optimized for Low Cycle Fatigue (LCF) applications in combination with high temperature LCF Grips Series HTG.
Up to 1540°C Three-Zone Split Furnaces
Series: STE 3420These single-zone silicon carbide split high temperature resistance furnaces are designed for materials testing in air. The design of this furnaces incorporate silicon carbide (SiC) rammed rod type heating elements which are superior, long-lasting elements owing to their slow aging characteristics, high density, increased strength, and ease of replacement. Further construction features include low K-factor vacuum-cast ceramic fibre insulation for rigid structure and superior energy retention and a durable stainless steel shell and end flanges.
Up to 1600°C One and Three-Zone Split Furnaces
Series: HTO 20 & HTO-02This single-zone split high temperature resistance furnace is designed for materials testing under air.
The furnace is optimized for high temperature tension, compression, flexural or cyclic fatigue testing on metallic or ceramic materials. The furnace allows the integration of the PMA-06 High Temperature Deflection Measuring Device for Flexural or Compression Tests on Ceramics.
