ASTM D6200 INCONEL PROBE
ASTM D6200 Inconel Probe – For heat transfer coefficients. After successful demonstration of the unique QuenchProbe for calculation of heat transfer coefficients during in-situ testing of industrial quenching units, TherMet Solutions is now bringing the equipment for the standard test method for determination of cooling characteristics of quench oils..
REFERENCE QUENCHPROBE
Reference Quench Probe – For heat treatment solutions. QuenchProbe is as yet the most advanced equipment for testing quenchants. It is a direct, single, dynamic, in-situ test for the cooling characteristics of a quenchant which is equivalent to several static tests in laboratories. The hardware is a unique design (patent pending) which makes the test easy and simple under plant...
INVERSESOLVER
InverseSOLVER is based on a serial algorithm for the IHCP for estimating the time and space varying multiple heat flux components at the unknown boundary. In many practical problems the surface conditions are not known a-priory. In such cases the surface conditions will have to be ‘estimated’ under simulated or laboratory conditions.
TMMFE_HT
A practical approach to quench heat treatment simulation for reducing process development costs, selecting process parameters for optimum results, achieving cost control without destructive testing, providing clear understanding and deeper knowledge about HT process, solutions for a wide range of steels and demonstrating competence to prospective customers.
LOOKING FOR HEAT TREATMENT SOLUTIONS?
Consultancy services in heat treatment
- Heat treatment simulation.
- Selection of proper quenchants for attaining desired hardness.
- Selection of proper quenchants for reducing cracks.
- Design and development of test rigs for heat treatment studies.
- Metallurgical analysis of heat treated samples.
- Generation of TTT diagrams for given steel chemistry.
Testing of quenchants as per ASTM D 6200 standards
- Periodical testing on the health of quenchants
- Re calibration of inconel quench probe traceable to a standard oil
Why TherMet Solutions?
The Company is promoted by persons with decades of experience in the manufacturing and steel industry both in R&D and shop floor. The software developed by their team has been tested extensively in the plants. They have a fine blend of theory and practice.
14
Clients
400
Demo Hours
WHAT CUSTOMER SAY
We have set up the Thermet Solutions Quench Tester (ASTM D6200). The instrument was very well designed and the temperature control works very well as well as the associated software for generating the cooling curve plots. The software was user-friendly and the USB data logger for the probe was well designed. We conducted several tests per ASTM D6200 protocols in order to evaluate the precision of the instrument. I’m happy to report that our testing was well within ASTM D6200 repeatability and we also compared very well with third party lab results on the same sample. This instrument will be a great asset for our research department activities for developing different types of quench fluids. We look forward to purchasing the automated probe transfer unit when that becomes available.
Michael J. Kozminsk
Director Research & Development, American Refining Group
One of my main research interest is metal-mold interface heat flux during casting, which I am pursuing since the last 20 years. The Inverse Heat Conduction algorithm for solving multiple transient heat fluxes at the boundary developed by Prof.T.S.Prasanna Kumar, Dept. of Metallurgical and Materials Eng., IIT Madras, India is an invaluable tool for solving this complex problem, which I am using for my research extensively.
Dr. K. Narayan Prabhu
Professor and HOD, National Institute of Technology, Karnataka
The Thermo Mechanical Metallurgical Finite Element (TmmFE) software solely developed by Prof. T.S. Prasanna Kumar, Department of Metallurgical & Materials Engineering of IIT Madras is a tremendous application software that can be used to solve a variety of thermo-mechanical and metallurgical processes. I have been using this software for my doctoral research as well as for my current applications for the past six years. The main advantage of this software is the inclusion of an inverse solver based on a 2D serial algorithm.
Dr. K. Babu
Professor, Department of Mechanical Engineering, SSN College of Engineering
As one the users of TmmFE, I can say that the software is user friendly and can solve a multitude of engineering problems. With reference to IHCP it is exceptionally good. The benchmark results which I have obtained, show that it is very accurate and highly reliable. I hope that it will be of great help to the engineering community, especially educational/research institutions and laboratories, if this software is made commercially available