LabExact® Grade C 1.2um Binderless Glass Microfiber Filter Media, 11cm, 100/PK

Grade TCLP - Binderless borosilicate glass microfiber filter media with a particle retention of 0.7µm. Acid treated and multi-stage deionized water rinsed to conform to EPA Method 1311. Inherently low Barium and Zinc Borosilicate Glass and resistant to acids and bases. Recommended for use in U.S. EPA Method 1311 "Toxicity Characteristic Leaching Procedure". Method scope: "The TCLP is designed to determine the mobility of both organic and inorganic analytes present in liquid, solid and multiphasic wastes." Saves time and waste disposal expense in the lab by eliminating technician acid ...

Grade 934-AH® - Fine porosity, fast flow rate, with a 1.5µm size particle retention. This material is the standard for volatile suspended solids content and related measurements (Standard Methods 2540D and EPA Method 160.2). Also widely used in cell harvesting applications and RIA scintillation counting. Binderless borosilicate glass microfiber enables use up to 550°C. The trademark 934-AH® is owned by GE Healthcare/Whatman Inc. and used under exclusive license for purposes of private label.

Grade Quartz A High Temperature is a fine porosity binderless quartz (SiO2) glass microfiber with a 99.999% efficiency in air filtration for the retention of 2.20um particles. Effective temperature range up to 1150 °C. This media meets or exceeds the physical, performance and elemental requirements for EPA PM10, Ambient Air Monitoring methods. Flow rate 1.1 - 1.35 m3/min (Resistance 95mmH20@10.5 ft/min). Loss on ignition,

Grade Quartz A is a fine porosity binderless quartz (SiO2) glass microfiber with a 99.999% efficiency in air filtration for the retention of 2.20um particles. Effective temperature range up to 1000 °C. This media meets or exceeds the physical, performance and elemental requirements for EPA PM10, Ambient Air Monitoring methods. Flow rate 1.1 - 1.35 m3/min (Resistance 95mmH20@10.5 ft/min). Loss on ignition,

This heat‑treated quartz binderless glass microfiber filter is pre‑fired using an algorithmically controlled muffle furnace process to ensure consistent and repeatable thermal conditioning. The heat‑treatment produces an annealed filter media that is stronger, more dimensionally stable, and easier to handle during preparation and use. This controlled firing significantly reduces the initial LOI (loss on ignition), improving analytical accuracy in high‑temperature applications. As a result, the filter demonstrates enhanced thermal durability with an effective operating temperature range of ...