Thermal Analysis and Mechanical Properties: 10 Resources found

The TA Instruments | Waters Discovery DSC 2500 is a high-performance Differential Scanning Calorimeter engineered for researchers who demand exceptional accuracy, sensitivity, and reliability. No other instrument offers better baseline flatness or stability. Its patented T4P Tzero® heat flow technology delivers unparalleled resolution and the unique ability to perform heat capacity measurements in a single run. Designed for ease of use and consistent results, the DSC 2500 combines innovation and precision to meet the highest expectations in thermal analysis. Whether applied to polymers, pharmaceuticals, or advanced materials, this system ensures confidence in every data point while enhancing laboratory productivity and efficiency. - Fusion Cell™ with patented technology provides unrivaled performance in baseline flatness, sensitivity, and reproducibility. - Exclusive T4P Tzero® heat flow delivers ultimate DSC performance and allows heat capacity measurements in one run. - Reliable linear autosampler supports automated calibration and 24/7 operation, optimizing throughput and workflow. - Modulated DSC® (MDSC®) efficiently separates overlapping thermal events for clear interpretation. - Tzero Press and Pans enable fast, consistent, and reproducible sample preparation. Located in the ETIC/Saab building, lab 114

Located in Saab ETIC 114 *All trainings must be scheduled with Wendy Gavin, Seamus O'Brien or Evan Katsoudas over email before reservations can be submitted.* 1. Please purchase the amount of DSC 3+ Aluminum Crucibles necessary for the amount of tests you're running. 2. Training will be in 2 sessions; the first is 1 hour, the second will be 30 minutes prepping your method and your first sample. 3. 34 position Carousel Autosampler 4. Temperature Range: -100°C to 450°C 5. Helpful with finding Tm (Melt Temperature), Tg (Glass Transition Temperature), and Tc (Crystallization Temperature). All new users can contact Wendy Gavin, Seamus O'Brien, or Evan Katsoudas to discuss training at wendy_gavin@uml.edu, seamus_Obrien@uml.edu, or evan_katsoudas@uml.edu. Additional pricing for academic and government groups is available upon request.

40 µL crucible with lid. Crucibles must be purchased for all DSC experiments.

*BLUE DIE SET* Ideal to contain volatiles and liquid samples. Lower volume but a much stronger hermetic seal.

*BLACK DIE SET* Ideal for higher volume applications and various sample size and states. Lower strength hermetic seal.

Located in Saab ETIC 114 *All trainings must be scheduled with Wendy Gavin, Seamus O'Brien, or Evan Katsoudas over email before reservations can be submitted.* 1. Available fixtures: Dual/Single Cantilever, 3-Point-Bend, Compression & Film Tension 2. The first training takes 1 hour for 1 fixture and each additional fixture is an additional 15 minutes. 3. Sample dimensions detailed in the attached document below. 4. Commonly, the DMA is helpful with finding Tg (Glass transition temperature), tan delta,and creep. If you have needs not listed here, please feel free to reach out for us to discuss. All new users can contact Wendy Gavin, Seamus O'Brien, or Evan Katsoudas to discuss training at wendy_gavin@uml.edu, seamus_Obrien@uml.edu, or evan_katsoudas@uml.edu. Additional pricing for academic and government groups is available upon request.

Located in Saab ETIC 114 *All trainings must be scheduled with Evan Katsoudas, Wendy Gavin or Seamus O'Brien over email before reservations can be submitted.* 1. Temperature Range: RT to 1100°C 2. Training will be in 2 sessions; the first is 1 hour, the second will be 30 minutes prepping your method and your first sample. 3. Re-usable alumina crucibles are provided. 4. Helpful with finding degradation temperature, mass loss, and residue (ash content). All new users can contact Evam Katsoudas, Wendy Gavin or Seamus O'Brien to discuss training at evan_katsoudas@uml.edu, wendy_Gavin@uml.edu or seamus_O'Brien@uml.edu. Additional pricing for academic and government groups is available upon request.

Located in Saab ETIC 114 *All trainings must be scheduled with Wendy Gavin, Seamus O'Brien, or Evan Katsoudas over email before reservations can be submitted.* 1. 2kN Load Cell 2. Tension and Compression Fixtures 3. Training will be in 2 sessions; the first is 1 hour, the second will be 30 minutes prepping your method and your first sample. All new users can contact Wendy Gavin or Seamus O'Brien to discuss training at wendy_gavin@uml.edu, seamus_Obrien@uml.edu, or evan_katsoudas@student.uml.edu. Additional pricing for academic and government groups is available upon request.