Used VWR 1430 #9203159 for sale

VWR 1430 is a laboratory grade oven/furnace designed for applications in a variety of research and development, industrial, and production processes. It is commonly used for heat treatment of metals, drying, sterilization, and for other temperature-related laboratory operations. 1430 is a front-loading oven/furnace that features a robust construction with a durable cast alumina refractory brick which provides excellent thermal conductivity and is resistant to thermal shock and thermal cycling. The oven also has a large viewing window and is equipped with an interior light and two shelf positions so users can easily monitor the process. VWR 1430 has a variety of temperature capabilities - up to 1,530°F in air or carburizing gas atmospheres. It also features an advanced electronic system with over-temperature protection and temperature accuracy to ±1°F. With a maximum temperature uniformity of ±10°F, 1430 is an ideal workhorse for industrial applications. VWR 1430 includes an intuitive digital interface which displays both the actual and setpoint temperatures in Fahrenheit or Celsius. Plus, the system features an advanced self-diagnostic alarm/restart system for safety and integrity. This oven/furnace has a spacious interior which measures 483 mm wide x 406 mm deep x 460 mm high. It has an industrial-grade insulated jacket ensure that the outer cabinet remains cool during operation and 3 adjustable heavy-duty stainless-steel racks can hold up to 100 kg of samples. 1430 is designed with an exhaust port that can be piped externally to dissipate heat and an NFPA 85-rated flame safety device to protect against gas leaks. An optional inert gas inlet allows users to create an atmosphere that is completely free from oxygen to help reduce oxidation during heat treatment processes. VWR 1430 is an unparalleled oven/furnace solution that provides superior precision, repeatability, and unique temperature capabilities, making it the ideal choice for industrial heat-treatment, drying, or sterilization processes.