This unit is durably constructed with seamless welds and strong bracing
All SHEL LAB vacuum ovens are built with a stainless steel chamber for exceptional durability. Our double plenum design meets CE safety requirements resulting in a cool outer surface. The doors on these units have positive latch handles with spring-loaded glass to facilitate a good vacuum seal without hinge binds that shorten the gasket life.SHEL LAB was the first to bring square vacuum ovens to the industry and we continue... Read more
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Vacuum Ovens (Models SVAC1, SVAC2, SVAC4)
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Average Rating: 5.0
1 Scientist has reviewed this product
Status:
Advanced Reviewer
Member since: 2019
Organization: GOVERNMENT CHEMIST DEPARTMENT
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- Ease of use
- After sales service
- Value for money
Provides very good results. It's perfect.
Rating: 5.0
Application Area: Dry specimens meant for chemical analysis e.g food ,fruits for chemical analysis
"Feature a highly accurate temperature control, and gentle drying—perfect for heat sensitive materials. These are some of the most rugged vacuum ovens available today. Each oven features over temperature protection and an easy-to-read vacuum gauge. It is ideal for processing powders and other products that may be disturbed by forced air. They have a turbo blower-assisted airflow design and heavy-duty motors that offers excellent temperature uniformity and fast temperature recovery. They are easy to use and their after sales are awesome. Their read out manual is easy to understand. The product has generally good value for money and works very well."
Review date: 25 Jun 2020 | Vacuum Ovens (Models SVAC1, SVAC2, SVAC4)
This unit is durably constructed with seamless welds and strong bracing
All SHEL LAB vacuum ovens are built with a stainless steel chamber for exceptional durability. Our double plenum design meets CE safety requirements resulting in a cool outer surface. The doors on these units have positive latch handles with spring-loaded glass to facilitate a good vacuum seal without hinge binds that shorten the gasket life.
SHEL LAB was the first to bring square vacuum ovens to the industry and we continue to offer innovative, top-of-the-line vacuum ovens. Our unique cross-flow ventilation forces inert gas to fill the entire chamber. To achieve required vacuum levels, users can choose from a 3/8 inch orifice or a KF25 fitting to withstand heavy use and minimize draw-down time. Maximum permitted end vacuum is 10 μ. Leak rate is 10 μ per hour.
The SHEL LAB Vacuum Ovens are equipped with silicone gaskets. While these gaskets resist a wide variety of temperatures and pressures, they can breakdown in the presence of solvents and acids. For solvent applications, we recommend using Buna gaskets. For acidic applications, we recommend using Fluorosilicone or Viton® gaskets.
Available capacities: 0.6 cu.ft. (Model SVAC1), 1.7 cu. ft. (SVAC2) and 4.5 cu. ft. (Model SVAC4)
All SHEL LAB vacuum ovens are built with a stainless steel chamber for exceptional durability. Our double plenum design meets CE safety requirements resulting in a cool outer surface. The doors on these units have positive latch handles with spring-loaded glass to facilitate a good vacuum seal without hinge binds that shorten the gasket life.
SHEL LAB was the first to bring square vacuum ovens to the industry and we continue to offer innovative, top-of-the-line vacuum ovens. Our unique cross-flow ventilation forces inert gas to fill the entire chamber. To achieve required vacuum levels, users can choose from a 3/8 inch orifice or a KF25 fitting to withstand heavy use and minimize draw-down time. Maximum permitted end vacuum is 10 μ. Leak rate is 10 μ per hour.
The SHEL LAB Vacuum Ovens are equipped with silicone gaskets. While these gaskets resist a wide variety of temperatures and pressures, they can breakdown in the presence of solvents and acids. For solvent applications, we recommend using Buna gaskets. For acidic applications, we recommend using Fluorosilicone or Viton® gaskets.
Available capacities: 0.6 cu.ft. (Model SVAC1), 1.7 cu. ft. (SVAC2) and 4.5 cu. ft. (Model SVAC4)
