SKC OSHA / NIOSH Sampling Guide for Kathon 886 (kathon biocide)

SKC OSHA / NIOSH Sampling Guide for Kathon 886 (kathon biocide)
Chemical Information
Kathon 886 (kathon biocide)
55965-84-9
HPLC-UV
 
Sampling Parameters

TWA
C/STEL

50 L
7.5 L

200 ml/min
500 ml/min

4 hr
15 min

Important Information
NON 55: Kathon ® Biocide (2-Methyl-4-Isothiazolin-3-one and 5-Chloro-2-Methyl-4-Isothiazolin-3-one) Sobczak, S.S, Rohm and Haas Corp. , Industrial Hygiene Laboratory Method IH9901, 2001

Kathon is a trademark of Rohm and Haas C

SKC Sampling Equipment

Sorbent Tube:
  1. OVS Sorbent Tube, Silica Gel w/Glass Fiber Filter, 13 to 8 x 75-mm size, 2 sections, 520/260 mg, 20/40 mesh, 10Pk
    Part Number: 226-99
    $196.00 /PK
    OVS Sorbent Tube, Silica Gel, 20/40 mesh, 2 sections, 520/260 mg and a glass fiber filter inside a 13➞7 x 60-mm size glass tube; for Kathon 886 biocide (non-agency method 55). Tube Ends: Glass Open Separators: PTFE Ring/Glass Fiber Filter/Foam/Foam
Pumps:
  1. AirChek TOUCH Pump
    Part Number: 220-5000TC
    $1,208.00 /EA
    AirChek® TOUCH AirChek Pump with Li-Ion battery pack and screwdriver set. Requires charging cradle and power supply. Connectivity to PC requires 877-93. Low flows from 5 to 500 ml/min require a low flow kit. AirChek TOUCH pumps contain Li-Ion batteries and are subject to special shipping regulations. AirChek TOUCH requires ¼-inch ID tubing.

This SKC Air Sampling Guide is a reference only to assist users in finding the method, sampling equipment, and sampling media for a specific compound. This publication is intended for general information only and should not be used as a substitute for reviewing applicable government regulations, equipment operating instructions, or legal standards. Users must consult the appropriate sampling method for the compound of interest before sampling. The sampling parameters shown here are suggestions based on the ranges or volume, flow, and time specified in the methods. It is the responsibility of the analyst performing the sampling and analysis steps to adjust the parameters so that the required detection limits can be obtained. The information contained in this document should not be construed as legal advice or opinion nor as a final authority on legal or regulatory procedures.