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Supplier: ASTM International
Description: Effect of Accuracy of Temperature Measurements on Determination of Heat Transfer Coefficient during Quenching in Liquid Media Volume 9, Issue 2 (February 2012) In this paper, a detailed discussion is provided regarding an effect of the accuracy of temperature measurements on the evaluation of heat
Supplier: Armstrong International
Description: wish to use them for draining any liquid with a specific gravity other than 1.00, consult the Armstrong Application Engineering Department. Floats for dual gravity drain traps are weighted with quenching oil, which, in the unlikely possibility of float failure, may be dispersed through the system
- Drain Type: Condensate Drain
- Strainer Shape: Round
- Connection Size: 0.5000 to 1 inch
- Body Material: Stainless Steel, Other
Standards and Technical Documents - Industrial Application Of Optical Fluorescent Quenching Measurement Of Trace Oxygen In Water And Gas
Description: The latest developments in fluorescent quenching measurement techniques for trace level (low parts per billion) oxygen in liquid and gaseous process streams are presented. The operating principals of the optical fuorescent quenching method of oxygen measurement will be presented, comparing
Standards and Technical Documents - Industrial furnaces and associated processing equipment -- Safety -- Part 1: General requirements -- ISO 13577-1:2012
Description: gives general principles and general safety requirements for the reduction of risks associated with TPE. It is not applicable to the risks associated with quenching, vacuums, salt baths, liquid phase treatment and protective or reactive atmospheres. ISO 13577-1:2012 specifies the safety
Supplier: KTR Corporation
Description: Product characteristics Standard type for direct assembly of tank or pipeline Dipping sleeve made from stainless steel Up to 7 functions in one housing Stable housing Made from virtually non-inflammable and self-quenching Macrolon For media from –30° C to +160° C Applications
- Control Technique: Limit / Set Point Control, Linear Control
- PLC Controller: Yes
- Multi-Function Controller: Yes
- Form Factor: Panel / Chassis Mount
Supplier: International Thermal Systems LLC.
Description: Drop Bottom Solution Heat Treat Furnaces with quench meet AMS, BAC, and client specifications. The function of a Solution Heat Treat Furnace is to bring component parts to an elevated temperature and then rapidly transfer them to a quench (liquid or air) system. The transfer mechanism locates
- Configuration: Other
- Atmosphere: Air / Oxidizing, Inert, Salt Bath
- Controller Type: Programmable
- Heat Source / Transfer: Combustion, Electric / Resistance, Natural Gas
Supplier: Purolator Liquid Process
Description: prior to use. Transformer Oils Dielectric Oils Hydraulic Fluids Lubrication Oils Turbine Oils Machine Oil Tool Oil Quenching Oils Silicone Oils DEPTH-CLEAR utility grade filter modules are designed to m…
Supplier: Precision Measurement Engineering, Inc.
Description: The miniDOT oxygen logger collects temperature and dissolved oxygen measurements and stores them to an internal 2GB SD card. The dissolved oxygen sensor is an optode that measures lifetime-based luminescence quenching of fluorescence of a thin membrane. This oxygen logger collects measurements
- Cell Type: Galvanic
- Oxygen Range: 0.0 to 150 ppm
- Accuracy: -10 to 10 % FS
- Mounting Options: Hand Held or Portable
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Featured Products for Quenching Liquid Top
Siphon Fed Spray Nozzles for Coating Apps
EXAIR's new siphon fed spray nozzles atomize fluids in a range of spray patterns for a wide variety of uses. Siphon fed atomizing nozzles require no liquid pressure and can be used with gravity fed liquids or lift liquids from a siphon height as much as 36 inches (91cm). They combine liquid and compressed air to create a thin coating of liquid that can be easily adjusted to meet the needs of your application, including coating and surface preparation. With EXAIR ’s siphon fed atomizing... (read more)
Browse Liquid Handling Pumps Datasheets for EXAIR Corporation
Solar Atmospheres, Inc.
much less stress into a material than traditional liquid quenching, meaning less distortion occurs during the cooling portion of the annealing process. Solar Atmospheres uses work thermocouples to ensure the customer's material is at the prescribed temperature for the prescribed amount of time. Solar Atmospheres specializes in vacuum technology and is one of the largest vacuum heat treaters in the country. Solar Atmospheres has been in business for over 25 years and is considered the leader... (read more)
Browse Heat Treating Services Datasheets for Solar Atmospheres, Inc.
Liquistation CSF 34 Water Sampling & Monitoring
the requirements of demanding applications. New Memosens protocol based fixed cable sensors. Compatible with devices based on the new 4-wire Liquiline M platform such as CFS34 stationary sampler and CM442 transmitter. Oxymax COS61D - Optical Dissolved Oxygen sensor using the luminescence principle of fluorescence quenching. Viomax CAS51D - Photometric sensor using the principle of UV absorption for concentration measurement. Turbimax CUS51D - Turbidity/suspended solids (TSS) sensor using three... (read more)
Browse Water Quality Testing Instruments Datasheets for Endress+Hauser, Inc.
Conduct Research Top
To MACT and Beyond (.pdf)
tower scrubber to remove air pollution emissions. The system was upgraded in the early '80s and configured with a thermal oxidizer, flue gas quenching stage, condensing section, a wet electrostatic precipitator (WESP) and induced draft fan. Mact&Beyond_Reprint.indd To MACT. and Beyond
Novel Method for Instantaneous, Quantitative Measurement of Molecular Mixing in Gaseous Flows
We describe a novel method for making instantaneous, quantitative, planar measurements of fluid mixed at the molecular level in gaseous flows. The method relies on the effective oxygen quenching of the phosphorescence of luminescent tracers, such as acetone and biacetyl. The tracer's fluorescence
Microstructure and Magnetic Properties of Sintered NdFeB Magnets with Improved Impact Toughness
of the commercial magnets. Withey et al.3 studied. the effect of quench rate on the brittleness of sintered. NdFeB-type magnets and concluded that fast quenching. from 1097 °C by immersion in liquid nitrogen or oil causes. significant deterioration in both magnetic and mechanical. properties. Horton et al.4
are always heat treated. Because the parts may distort during heat treatment, precision parts should be semifinished, heat treated, then finished. Severe distortion is most likely to occur during liquid quenching, so an alloy should be selected that provides the needed mechanical properties
Metallurgical Insights for Induction Heat Treaters. Part 5: Super-Hardening Phenomenon (.pdf)
, Nev., March 19-21, 2002. 53-56 HRC by just relying exclusively on the cold sink. 4. V. Rudnev, Metallurgical insights for induction heat treaters, Part 2: Spray quenching. effect (no use of liquid quenchant). subtleties, Heat Treating Progress, ASM Intl., p 19-20, August 2007. 5. V. Rudnev
Low-Pressure Carburising Systems: A Review of Current Technology (.pdf)
) to employ; which type of vacuum. pump system to install; and which quenching gas to use. In particular, the selection of. carburising gas has a significant impact on the efficiency and cleanliness of the. process, and on deciding the most appropriate vacuum pump system. This paper. describes the current
SteeLog (R) - A Metallurgical Dictionary
alloying elements to harden fully during cooling in air or other gaseous mediums from a temperature above its transformation range. Such steels attain their martensitic structure without going through the quenching process. Additions of chromium, nickel, molybdenum and manganese are effective toward
Transparent Oxygen Optodes in Environmental Applications at Fine Scale as Measured by Luminescence Lifetime Imaging
. MATERIAL AND METHODS. 2.1. Optical oxygen measurement. 2.1.1. Planar optode. The dynamic quenching of luminescence by oxygen is the basis for the measurement of oxygen concentrations and. distributions in various systems. The applied sensors have a planar structure with the luminescent indicator
More Information on: Quenching Liquid Top
Guidelines for Pressure Relief and Effluent Handling Systems
Condensation can be carried out either by direct contact with a quench liquid , or in surface heat exchangers, but direct contact may be the most effective if the effluent vapor is compatible with the quench liquid.
Data Collection Goals All modes of boiling are expected to be affected by a number of parameters, including surface temperature, surface texture, liquid temperature, liquid velocity adjacent to the surface, and turbulence in the quench liquid adjacent to the surface.
Rapid quenching from the melt: An annotated bibliography 1958–72
ANANTHARAMAN, "An Improved Piston-and- Anvil Technique for Quenching Liquid Metals", Metall.
Computer-Based Modeling of Novel Carbon Systems and Their Properties
The key point is that amorphous carbon materials are analogous to quenched liquids , and thus for the simulations to have relevance it is crucial to maintain correspondence with experiment as close as possible.
Directional solidification studies in Ni-Al alloys
the UQL(upper quenched liquid ) at the "UQL/Up growing solid" boundary(see Figure 4(b) .
Melting relationships in the system Fe-Feo at high pressures: Implications for the composition and formation of the earth's core
The usual morphological criteria for identifying pri- mary crystals, the onset of melting, and quenched liquids (Lm and Li) are also applicable.
Producing high strength glass by liquid quenching in an ultrasonic field
From the known experimental data relating to increase the rate of heat flow in liquids by an ultrasonic field  it could be assumed that the passage of ultrasonic oscillations through the quenching liquid would make it possible to break the gas...
Other methods of quenching liquid alloys such as plasma spray (Moss et aZ1964), melt extraction (Maringer and Mobley 1974, Roberge and Herman 1968), melt atomisation (Yamauchi and Narita 1978), and laser glazing (Laridjani et a2 1972) have not been much explored for...