Filtration

Analytical Laboratory Capabilities


Filtration

Analytical Laboratory Capabilities

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Product testing specific to your application needs

Gore provides filtration solutions designed for the high-volume, electronics industry. As part of a commitment to quality, Gore offers applications engineering support, rapid prototyping and analytical test capabilities.


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In addition to standard chemical and particle filtration performance tests, Gore also has custom testing capabilities that can be designed to meet the exact need of your application.


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Chemical Vapor and Moisture Adsorption Performance

GC/FID and FPD Adsorption Rig Profiles active adsorption of carbon and filters; specific for organic compounds, sulfur and phosphorus
Static Adsorption Microbalance Profiles passive adsorption of carbon and other materials
H2S Adsorption Apparatus Profiles active adsorption of carbon and filters; specific for hydrogen sulfide
SO2 Adsorption Fluorescence Detector Profiles active adsorption of carbon and filters; specific for sulfur dioxide
Humidity Chamber Testing Evaluates the moisture time constant, disk drive humidity response, contact and near-contact stain testing
Moisture Isotherm Test Equipment Measures the moisture isotherms of carbons and other materials
Chemical Vapor Clean-Up Characterizes the drive-level vapor-contaminant clean up performance for different filter configurations
Adsorption Isotherm Test Equipment Measures vapor adsorption isotherms on adsorbents for a wide variety of organic and inorganic compounds

Particle Filtration Performance

Particle Clean-Up Testing Characterizes the drive-level particle-contaminant clean-up performance on discrete parts or in drive; uses polystyrene latex, sodium chloride or aluminum oxide particles
Particle Filtration Efficiency Testing Tests filter and filter-media efficiency using a TSI tester with dioctyl phthalate (DOP) particles

Quality Assurance Analytic Testing

Gas Chromatography with Mass Spectrometer Separates, identifies and quantifies volatile and semi-volatile compounds on a sample; capabilities include dynamic headspace, direct injection and thermal desorption
Ion Chromatography Separates, identifies and quantifies anions, cations and organic acids on a sample
Fourier Transform Infrared Spectroscopy Identifies and quantifies nonvolatile organic residues in a component using IR (Infra Red) microscope and ATR (Attenuated Total Reflectance) capabilities within an integrated dual detector system (MCT and DTGS) in each instrument
Laser Liquid Particle Counter Sizes and counts cumulative and differential particles from 0.2 to 200 microns in liquid samples

Quality Assurance Analytical Testing

Scanning Electron Microscope Identifies and characterizes surface analysis of material
Thermal Analysis: TGA and DSC Characterizes and identifies thermal analysis for material

Need more information?

Contact us for more information about testing capabilities for your drive application.