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Convection Ovens |
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The Blue M Standard Mechanical Convection ovens are ideal for a number of applications, including bake outs, epoxy curing, moisture drying, UL testing, aging of electronic components and devices, and other processes and testing requirements. Many sizes are available for your applications. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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The Blue M Inert Gas Mechanical Convection Industrial Oven, which we pressure-test at normal operating levels, is ideal for industrial oven applications that involve processing materials in a controlled atmosphere environment, as well as dry packaging of electronic components. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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The Blue M Clean Room Mechanical Convection Industrial Oven is designed for a number of industrial oven applications, including curing poly-amide coatings, moisture drying, baking photo resist coating and various pharmaceutical processes. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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The STL Series Integrally Stacked Blue M Mechanical Convection Oven is suitable for curing, drying, and baking in semiconductor, electronic, and many other industrial applications. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
| High Temperature Ovens |
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The Blue M Standard Ultra-Temp® High-Temperature Industrial Oven is ideal for annealing, heat treating, stress relieving, binder burn-out, ceramic firing and a number of other high-temperature processes. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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The Blue M Inert Gas Ultra-Temp® High-Temperature Oven, pressure tested at operating temperatures, is suitable for all inert gases and non-flammable forming gases (maximum 4% hydrogen, balance nitrogen). To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
| Laboratory Ovens |
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The Blue M Lab Ovens are designed for laboratory applications such as moisture drying, curing, baking, aging and general testing. These reliable lab ovens feature an excellent balance of value and features. TPS engineers designed the lab ovens to be able to test to many standards, including JB/T5520-91. The ovens feature a horizontal air flow that allows for tighter temperature uniformity. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
| Laboratory Gravity Ovens | |
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The Blue M Gravity Ovens are value priced gravity convection ovens for many industrial uses such as drying and baking. Gravity Ovens are designed for applications where a fan or other airflow would disturb the thermal process, such as processing of lightweight materials or powders. Gravity Ovens are designed for applications that require less temperature uniformity than other types of mechanical convection ovens. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
| Safety Ovens |
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Blue M Friction Aire® industrial safety ovens provide a controlled heat source without heating elements, which eliminates atmospheric explosions and ignitions when working with hazardous Class 1, Group D materials. This industrial safety oven is U.L. listed for Class I Group D operation and is the first and only industrial safety oven to have this listing. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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Blue M Class A Batch Industrial Ovens are mechanical convection electric chambers that include safety features recommended in NFPA Bulletin 86. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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The Blue M CSP Oven is a small, cost-effective industrial safety oven that meets the NFPA Bulletin 86 requirements for handling solvents and expelling hazardous vapor. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
| Altitude Chambers | |
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Tenney’s strat Altitude Chambers simulate altitudes up to 200,000 feet. With an overall temperature range of -70°C to +177°C, humidity capabilities of 20% to 98% RH, and workspace sizes ranging from 5 to 64 cubic feet, this highly developed line of altitude chambers offers one of the broadest selections in the industry. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
| Environmental Temperature / Temperature & Humidity Chambers |
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The Tenney Junior temperature test chambers are well-suited for use in electronic, military, and pharmaceutical quality assurance and reliability testing, as well as research testing and production processes. In keeping up with the needs of today's labs, we specifically designed these benchtop and floor chambers to have a compact exterior, yet an ample interior workspace to maximize valuable floor space. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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The Tenney Junior Upright temperature test chambers have the same performance levels as the bench top Juniors, but house the refrigeration system below and allow for mobility with casters. As with the bench top unit, the upright is well-suited for use in electronic, military, and pharmaceutical quality assurance and reliability testing, as well as research testing and production processes. In keeping up with the needs of today's labs, we specifically designed these benchtop and floor chambers to have a compact exterior, yet an ample interior workspace to maximize valuable floor space. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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The Tenney T2 temperature and humidity cycling chamber simulates a wide range of temperature and humidity conditions while utilizing minimal floor space. We specifically designed these environmental chambers to have a compact exterior and an ample interior workspace. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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The Tenney T-Shock Junior bench-top thermal shock chamber with a 1/4 cubic foot carriage capacity. Designed to accommodate pilot runs and the smaller production quantities of sophisticated discrete components, the T-Shock Junior is an efficient, cost-effective alternative to larger capacity units. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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The Tenney Classic Series of temperature and humidity test chambers deploy environmentally friendly technology that uses CFC-free refrigerants. The time-proven mechanical refrigeration systems are available in single or cascade systems and allow for years of worry-free use. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
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The Tenney ETCU Ultimate Series High Performance Temperature Humidity Cycling Chamber features scroll compressor technology that provides quiet operation, fast transition rates and reliable operation. These chambers incorporate a ceiling plenum to diffuse conditioned air vertically through the chamber. The top to bottom air circulation guarantees stable and consistent performance over the testing period. Multiple heating and cooling systems are available, as well as a diverse list of options that together will create the chamber to accommodate your specific application. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
| Environmental Walk-In Rooms |
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Tenney environmental rooms are used world-wide for many testing applications. Almost every tool, product or component that is used in the home, factory or field is tested with environmental simulation equipment. Tenney’s engineering experience can deliver environmental rooms to meet your exact application. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
| Thermal / High Vacuum Chambers |
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Tenney’s Thermal Vacuum Environmental Test Chamber simulates extreme vacuum conditions with overall thermal capabilities from -170°C to +150°C, and chamber sizes ranging from 2 to 8 feet in diameter. Tenney can also design custom thermal vacuum chambers for many unique applications. To review the specification sheet showing sizes and options Click Here. If you have questions, or need a quotation, Click Here. |
| HALT & HASS Environmental Testing Chambers | |
Product Information Professional Services Lab Services Training & Education Questions or Quotation? |
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Qualmark is the largest manufacturer of HALT HASS testing chambers for accelerating product reliability. In addition to delivering the most advanced HALT HASS chamber technology, Qualmark provides comprehensive HALT HASS testing support, professional services and a global network of HALT HASS test labs. |
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Industrial Chillers |
Cyclic Corrosion Testing Salt Fog Chambers Questions or Quotation? |
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Singleton Corporation boasts over a half century of innovation, quality, and value to their products and services in the corrosion testing industry. Their line of test chambers comes loaded with standard features that make running accurate, repeatable tests easy. |
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Salt Fog Chambers |
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TES is proud to represent Advantage Engineering. Advantage increases the profitability of industrial manufacturing companies in a wide range of industries by developing and manufacturing innovative industrial heat transfer products including water chillers, temperature control units and evaporative cooling towers. By providing effective and energy efficient process cooling, Advantage equipment improves product quality and reduces manufacturing time in many applications. For information or a quotation for Advantage chillers and evaporators, click here. |
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| Industrial Fluidized Baths | |
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TES is proud to represent Techne. Techne has been manufacturing and selling Industrial Fluidized baths for over 40 years. Fluidized baths, with their large heat capacity and temperature range (up to 1112F), radiate heat into the inert and safe aluminum oxide which acts as the thermal transfer medium to immersed objects providing very even and consistent heat throughout the bath volume. The gentle, fluidized action is non-abrasive to items placed into the bath. Fast heat transfer, safety, low operational costs and being environmentally friendly make fluidized baths a good choice over traditional ovens and salt baths. Applications Techne Industrial Fluidized Baths can completely remove all polymer from parts used in extrusion and injection molding of plastics, including dies, nozzles, breaker plates, extruder screws, hot runner manifolds, spinnerets and spin packs -- sometimes in under 30 minutes. Assembled tools can be easily disassembled after cleaning as the fluidized bath will remove any material between orifices and openings. Even heat distribution minimizes tool damage and distortion as opposed to using torches or hand cleaning methods. Once parts are placed in the bath pyrolysis starts to occur, reducing polymer to a carbon ash that falls off inside the bath. |
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| Laboratory Fluidized Baths | |
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Fluidized Baths are dry and inert, making them a safe and clean alternative to conventional liquid systems and salt baths. These baths cover from 50°C to 700°C and are used in materials and component quality control, calibration laboratories and thermal processes providing rapid heat transfers with precise and uniform temperature control. Applications The FB-08 series baths have become the market standard for carrying out shape setting (heat treatment processing) of metals including Nitinol and platinum for medical device manufacturing. |
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