Texwipe Large Absorbond HPLC Sampling Swab, 1000 swabs/Cs

Texwipe Large Absorbond HPLC Sampling Swab, 1000 swabs/Cs - TX716

$1,350.00

Large Absorbond® HPLC Sampling Swab - TX716
Texwipe’s cleaning validation cleanroom swabs are used to determine the effectiveness of cleaning protocols as specified by the US FDA. HPLC/ UV-Vis Total Organic Carbon (TOC) analysis are different methods used to validate these cleaning processes.
Texwipe offers the following cleaning validation swabs:

Absorbond® Polyester Non-Woven Large Swab - TX716 - suitable for HPLC analysis
Alpha®Polyester Knit Series - TX714K, TX761K - suitable for use in TOC analysis
Alpha®Polyester Knit Series - TX715 - suitable for HPLC analysis using a UV detector analytical method

Surface sampling for use as part of a cleaning validation protocol
Pharmaceutical manufacturing cleaning validation with HPLC/UV-Vis or TOC protocol
Appropriate for applications needing very low levels of contaminants

All Cleaning Validation swabs are precision-manufactured and constructed to exacting and consistent tolerances without the use of adhesives for superior performance
Notched, rigid 100% polypropylene, break-away handle allows the head to be placed into the vial with minimal handling and contamination and provides excellent chemical resistance
Lot coded for traceability and quality control
TX716: The nonwoven polyester head provides excellent recovery rates by entrapping contaminants in the swab structure without adhering to the swab head, allowing complete release into the diluent
TX714K, TX761K: Certified Low TOC level (<50 µg/L, <50 ppb) ensures consistency in swab background contribution
Double layered, double knit polyester head entraps contaminants in the knit structure during sampling, allowing maximum contaminant collection and release into the diluent to provide for excellent recovery rates
TX715: This swab is additionally processed to reduce the UV background. Proprietary cleaning process reduces interference in the 230 nm range, resulting in an improved limit of detection