Resource Library

Data Sheet: Ensuring Functionality and Reliability of Urine Collection Systems

Ensuring Functionality and Reliability of Urine Collection Systems

Application Note: Differential Fab Binding to GORE® Protein Capture Devices

A detailed application note demonstrates how GORE® Protein Capture Devices with Protein A show differential Fab fragment binding based on VH3 residue 57 mutations—guiding antibody design for improved capture, yield and purification workflows.

Application Note: Evaluation of Dynamic Binding Capacity and Residence Time of Membrane-Based GORE® Protein Capture Device with Protein A

Boehringer-Ingelheim testing showed GORE® Protein Capture Devices with Protein A can cut process time and boost yields in monoclonal antibody purification. Unlike agarose bead columns, Gore’s devices may eliminate extra downstream concentration steps for greater efficiency.

Application Note: Rapid Cycling using the GORE® Protein Capture Device with Protein A, 58 mL for Clinical Applications

Evaluation of the 58 mL GORE® Protein Capture Device (PROA201) with clarified CHO cell harvest showed higher productivity by increasing non-loading flow rates while maintaining yield, purity, and elution widths—ensuring consistent quality in bioprocessing.

Application Note: Sodium Hydroxide (NaOH) Exposure Conditions for Successful Operation of GORE® Protein Capture Devices with Protein A for Drug Discovery Applications

Data shows the 1.0 mL and 3.5 mL GORE® Protein Capture Devices (PROA101, PROA102) withstand up to 50 purification cycles with 0.5 M NaOH. Even after repeated sodium hydroxide exposure, they maintain yield, capacity, and purity—supporting efficient Protein A chromatography.

Brochure: GORE PolyVents Cleanliness Protected (CP) Option for Technical Cleanliness in EV Electronic Components

GORE® Cleanliness Protected (CP) Vents help OEMs meet strict technical cleanliness requirements, reducing risk of contamination that can cause leakage, short circuits, or flashovers. Ideal for high-voltage electronics and ADAS, they ensure reliability in critical applications.

Brochure: GORE SO2 Control System for Coal-Fired Boilers

Selecting flue gas desulfurization (FGD) solutions requires balancing reagent cost, handling, site space, power use, byproduct disposal, fly ash preservation, outage time, and overall complexity. GORE® FGD solutions help plants optimize performance, compliance, and cost efficiency.

Case Study: Gore and Infineon Take Gas Detection Sensors to a New Level

Infineon enhanced its photoacoustic spectroscopy (PAS) CO₂ sensors to meet rising demand for high-quality gas detection. By optimizing performance and streamlining manufacturing, Infineon delivers reliable, innovative sensor solutions for accurate CO₂ monitoring.

Case Study: GORE LOW DRAG Filter Bags for Low Emissions, Lower Pressure Drop, Longer Bag Life and Stable Operation in TiO₂ Production

A global TiO producer using standard Aramid filter bags faced rising pressure drop, short one-year service life, and intermittent emissions. GORE® Filter Bags offer a proven solution, delivering longer life, lower dP, and reliable emissions control in demanding TiO applications.

Case Study: GORE Low Emission Filter Bags for Secondary Lead

At a secondary lead smelter, standard woven ePTFE filter bags with sewn seams leaked fine lead oxide fumes through stitch holes. Initial stack testing showed high emissions beyond limits. GORE® Seamless Filter Bags eliminate leakage, ensuring compliance and safer lead operations.

Case Study: GORE Low Emission Filter Bags for the Cement Industry

A global cement producer replaced two wet process kilns with a modern preheater/precalciner kiln, boosting output from 1.7M to 2.8M tons annually. GORE® Filter Bags support this upgrade by delivering reliable emissions control, efficiency, and long-term kiln performance.

Case Study: GORE Low Emission Filter Bags for Titanium Dioxide

GORE® Acid Resistant Aramid Felt Filter Bags have long proven effective in TiO₂ dryer baghouses. When new grades with finer particles penetrated stitch holes, Gore’s advanced filter bag design improved capture efficiency, reduced emissions, extended bag life, and minimized downtime.