ResinLab’s laboratory is equipped to characterize polymers and formulations including potting compounds and adhesives. These capabilities support new product development, technical service, and quality assurance. The laboratory team is also available for contract lab services and custom formulation consulting work.
Using the Hitachi TM3030 Tabletop Scanning Electron Microscope (SEM) with Bruker Energy Dispersive X-Ray Spectroscopy (EDX) attachment, ResinLab is capable of imaging samples at magnifications from 15 to 30,000x, including a chemical analysis of the sample surface – helpful for a variety of applications:
Test specimens must be solids. Cross-sectional surface analysis of a cured material is possible for specimens at thickness less than 3 mm.
ASTM: E1508, F1877
Our advanced measurements tool, the Malvern Gemini 2 Bohlin Rheometer, can perform standard viscosity measurements as well as polymer formula cure response. Equipped with a thermoelectric heating and cooling plate, it can enable isothermal and programmed temperature schedules, operating from 10 to 120 °C.
ASTM: D4473, D7836, D3795
ResinLab also utilizes the Gardco Gel Timer and Gardco Hot Pot Gel Timer to generate a gel time value for a 150 cc or 100 cc sample. The Gardco Hot Pot Gel Timer can cure at ambient room temperature, as well as elevated temperature ranging from 65 to 175 °C. The digital Brookfield DV-II Viscometer aids in measuring vicosity.
Our TA Instruments Q400 Thermomechanical Analyzer (TMA) measures the dimensional changes of materials under conditions of controlled temperature, time, and force.
Properties that can be measured:
ASTM: E831, E1545
Our Netzsch 200 F3 Maia Differential Scanning Calorimeter (DSC) allows for full characterization of polymer formula cure and cured product thermal properties such as:
ASTM: D3418, D7426
Our Netzsch 447 Nanoflash Laser Flash Analyzer (LFA) measures heat transport properties of polymer formulas including liquids, greases, solids, and multi-layer samples.
We also are equipped to perform UL94 testing, both vertical (UL94V) and horizontal (UL94HB) burn methods, with capability to cast bars at 3 and 6 mm. *NOTE* ResinLab is not a certified test laboratory, and UL certifications cannot be provided by ResinLab. This test provides data that support the pursuit of certification.
Our Nicolet iS10 Attenuated Total Reflection Fourier Transform Infared Spectrometer (ATR-FTIR) generates a fingerprint of a sample’s chemical functional groups by measuring samples in a variety of forms, then using an ATR attachment for non-destructive analysis.
Our Instron 3369 Universal Tester measures a wide variety of properties across a full spectrum of materials including plastics, metals, ceramics, textiles, adhesives, elastomers, foams, and more. We also have an Instron 3119-615 Environmental Chamber with a temperature range of -100 to +350 °C. It is designed to be tall enough to allow for tensile testing of materials with a significant elongation to break.
ASTM: D903, D1876, D695, D1002, D3163, D638, D790, D624
We also have Shore Durometers in the D, A, and OO scales available to measure material hardness.
Our Jandel RM3000 is a 4-point probe that can measure electrical properties of both thin film and bulk materials, including electrically conductive adhesives.
It can be used for characterization of the electrical resistivity (conductivity):
Our Keysight B2985A Resistivity Meter with 16008B Resistivity Cell can measure volume and surface resistivity of electrically insulating materials. Temperature and humidity are measured in tandem with resistivity. The test meter is specified for use from 0 to 55 °C at less than 70 % RH. Values are typically generated at a source voltage of 500 V. A typical sample size is a 4” by 4” square with a thickness of 3 mm. The two faces of the square should be as flat and parallel as possible.
Resistivity measurement ranges are as follows:
Our Keysight E4908AL Dielectric Constant Meter and 16451B Test Cell measures dielectric constant (relative permittivity) and dissipation factor (tan delta). The test cell can be used at temperatures ranging from 0 to 55 °C. The test meter can provide measurements in the frequency range 20 Hz to 300 kHz. To generate accurate and reproducible results, the fixture requires disc-shaped specimens with thickness less than 10 mm, with 2 mm or less ideal, a diameter of 40 to 56 mm (1.6 to 2.2 inches), and surfaces as flat and parallel as possible.
Our Phenix 4TCE100-10/D149 Dielectric Strength Tester measures the dielectric strength, or voltage required to generate failure, in insulating materials. We have Type 2 and Type 5 electrodes and a room-temperature oil bath with transformer oil that conforms to ASTM D3487 Type II. The unit can source voltages up to 100 kV with minimum ramp rate of 500 V/s. Samples must be thin and flat with parallel faces. When using the 1” Type 2 electrodes, the specimen must be at least 2” in diameter. Each specimen must also be thin enough to fail within the maximum range of the unit, which usually corresponds to 2 mm or less thickness for the most highly insulating specimens.
For more information about our testing and characterization lab services, contact us today.