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DMA 8000 SYS QUARTZ WINDOW SS/Ti CLAMPS

The DMA 8000 is flexible and cost effective. Its innovative design, high functionality, and flexible operation make it ideal for advanced research and routine quality testing in the polymers, composites, pharmaceutical, and food industries.

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Part Number
N5330101
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Overview

  • The Humidity Generator and Controller is a powerful and flexible option, which delivers the capability to apply and accurately control relative humidity to the sample environment in the DMA 8000.
  • The standard furnace of the DMA 8000 is configured with a quartz window, which allows visual inspection of the sample and clamping system throughout the experiment without interrupting the temperature profile or other experimental conditions.
  • Our Material Pockets are a unique sample preparation tool specifically designed to work with the DMA 8000. These innovative pockets allow powdered or non-self supported materials, such as powdered drugs, gels, natural products like tea, coffee, herbs, etc. and low viscosity materials to be investigated by DMA.
Features and Benefits:
  • One of the most unique and useful features of the DMA 8000 is its rotating analysis head, which can be oriented through a full 180° for optimal analysis head configuration for virtually any test type and sample geometry.
  • The novel lightweight analytical train incorporated in the DMA 8000 has minimal compliance for enhanced performance.
  • In addition to operation in dynamic mode, the DMA 8000 permits operation in a "Constant force (TMA) mode" vs. time or temperature. Applications such as expansion coefficient, softening and penetration, or extension or contraction in tension geometry provide valuable data equivalent to many commercial stand-alone TMA instruments.
  • The DMA 8000 is using an ultra-efficient cooling system. The instrument can cool to - 190 ºC in 15 minutes using less than 1 liter of liquid nitrogen, providing industry-leading performance.
  • The DMA 8000 environmental fluid bath option has been designed as an integral part of the analyzer. The accessory allows true immersion studies on a sample while measuring the dynamic mechanical properties.

Specifications

Dynamic Range 0 to 600 Hz
Maximum Temperature 400 °C
Minimum Temperature -190 °C
Portable No
Technology Type Thermal Analysis
Warranty 1 year

Resources, Events & More

All (51)
Resource Type File Name File Format
Brochure Analysis on Data Collected by the DMA 8000 Using Time Temperature Superposition PDF  6 MB
Brochure DMA 8000 Dynamic Mechanical Analyzer PDF  8 MB
Brochure DMA 8000 Preparing Your Lab PDF  310 KB
Guide Introduction to Dynamic Mechanical Analysis (DMA) PDF  1 MB
Guide Material Characterization Instrument Guide PDF  6 MB
Guide Solutions and Services For Better Results PDF  5 MB
White Paper White Paper - Mercedes GP Petronas Formula One Team Racing to the Championship With PerkinElmer PDF  1 MB
Application Note Amorphicity and Crystallization of PEEK PDF  625 KB
Application Note Characterization of Car Tire Rubber PDF  642 KB
Application Note Characterization of Electronic Materials Using Thermal Analysis PDF  1 MB
Application Note Characterization of LDPE Over a Large Frequency Range PDF  698 KB
Application Note Characterizing the Hydrothermal Behavior of Starch with Dynamic Mechanical Analysis PDF  1014 KB
Application Note Dynamic Mechanical Analysis Basics: Part 1 How DMA Works PDF  228 KB
Application Note Dynamic Mechanical Analysis Basics: Part 2 Thermoplastic Transitions and Properties PDF  283 KB
Application Note Dynamic Mechanical Analysis of Coffee PDF  796 KB
Application Note Effect of Humidity on Mechanical Properties of Pasta PDF  480 KB
Application Note Effect of Humidity on Mechanical Properties of Pasta PDF  481 KB
Application Note Effect of Radiation on Epoxy and FeCr Filled Epoxy Composites PDF  509 KB
Application Note Effect of Saline on Epoxy Resin Paint Run in Tension Geometry PDF  139 KB
Application Note Expansion Coefficient of Polymeric Materials using DMA 8000 PDF  143 KB
Application Note Glass Transition Measurement of an Adhesive Film in a Material Pocket PDF  134 KB
Application Note High Frequency DMA Data Passing Through the Resonance Frequency of a Sample PDF  590 KB
Application Note High Frequency DMA data passing through the Resonance Frequency of a Sample PDF  584 KB
Application Note Investigation Into the Tg of Forms PDF  625 KB
Application Note Investigation of Amorphous Sucrose Using Material Pockets and Humidity Generator PDF  580 KB
Application Note Investigation of Partially Amorphous Ranitidine HCl PDF  563 KB
Application Note Mechanical Properties of Films and Coatings PDF  955 KB
Application Note Mechanical Properties of Films and Coatings PDF  961 KB
Application Note Multifrequency Analysis of Epoxy Based PCB (Printed Circuit Board) PDF  165 KB
Application Note Multifrequency Analysis of Epoxy Based PCB (Printed Circuit Board) PDF  771 KB
Application Note Multifrequency Analysis of Polybutadiene Rubber PDF  169 KB
Application Note Nylon 6 - Influence of Water on Mechanical Properties and Tg PDF  669 KB
Application Note QC Information for Modified Bitumen Blends PDF  725 KB
Application Note QC Information for Modified Bitumen Blends PDF  725 KB
Application Note Quantitation of the Amorphicity of Lactose Using Material Pockets PDF  580 KB
Application Note Relaxation of PMMA and Calculation of the Activation Energy PDF  866 KB
Application Note TG of Glycerine using a Stainless Steel Gauze Scaffold PDF  536 KB
Application Note Tg Comparison of Material Pocket and Bar Sample of Polystyrene PDF  530 KB
Application Note Tg Comparison of Material Pocket and Bar Sample of Polystyrene PDF  517 KB
Application Note Tg and Cure of a Composite Material PDF  865 KB
Application Note Tg and Melting Point of a Series of Polyethylene Glycols Using the Material Pocket PDF  421 KB
Application Note Tg and Melting Point of a Series of Polyethylene Glycols Using the Material Pocket PDF  426 KB
Application Note Tg of Glycerine using a Stainless Steel Gauze Scaffold PDF  536 KB
Application Note Tg of Semisolid Material by Isothermal Frequency Sweeps in Compression PDF  725 KB
Application Note The Application of Mesh Material Pockets in DMA Analysis of Amorphous and Crystalline Lactose Powders PDF  578 KB
Application Note Thermal Analysis Applications in the Semiconductor Packaging Industry PDF  1 MB
Application Note Thermal Analysis Applications in the Semiconductor Packaging Industry PDF  657 KB
Application Note Use of DSC, DMA and TG-GC/MS in the Study of Epoxy Materials PDF  990 KB
Application Note Use of Material Pockets for Mechanical Analysis of Powders PDF  529 KB
Application Note Use of Material Pockets for Mechanical Analysis of Powders PDF  523 KB
Product Info Polymer Applications Compendium PDF  11 MB