MethAlert
Quickly Identify Meth Residue Hot Spots
Colorimetric Qualitative Wipe Kit
Fast on-site reliable results
Quick test for gross contamination at >15 µg
or greater
Easy — no training needed
Economical — multiple-test kit
Developed by NIOSH, Centers for Disease Control (CDC) |
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MethAlert provides the fast answers you need to make field decisions
on the spot. Quickly identify meth residue hot spots from 15 to 5000 µg/100
cm2 with the easy MethAlert colorimetric wipe test. Simply wet,
wipe, spray, and observe for color change. MethAlert is ideal for
use in multiunit buildings, inside rooms near the meth cooking area,
and as a quick check during remediation.
How to Use MethAlert*
MethAlert Kit Colorimetric Wipe Kit Contents
- Step 1 Wetting Agent
- Step 2 Developer
- Step 3 Developer
- Spray nozzles
- Complete Operating Instructions
- Quick Guide instructions
- MSDS
- Test packets, each in a resealable bag containing 1 each:
- Gauze pad
- Tray
- Pair disposable gloves
- 10 x 10-cm disposable template
- Paper for prep area
- Wax paper
Ordering Information
Description
|
Range of ID
|
Qty.
|
Cat. No. |
| MethAlert Colorimetric Wipe Kit† |
15 to 5000 µg/100 cm2 |
12 tests |
560-001 |
| †Note: |
Kits ship overnight. Reagents are cold-packed during
shipping and must be kept in a refrigerator or a cooler when not in use.
Avoid exposing reagents to temperatures above normal room temperature. |
Call SKC Inc
at 800-752-8472 for large volume discounts.
MethAlert
Flysheet (PDF)
MethAlert
Operating Instructions (PDF)
MSDS — SKC MethAlert Step
1 Wetting Agent (PDF)
MSDS — SKC MethAlert Step
2 Developer (PDF)
MSDS — SKC
MethAlert Step 3 Developer (PDF)
Technical Note: Conformance of MethAlert to NIJ Standard-0604.1
View MethAlert Video Instruction
in your browser
Download
Full MethAlert Video (14 MB zipped wmv file)
* MethAlert
is a colorimetric test that detects the presence of methamphetamine
residue on surfaces from 15 to 5000 micrograms/100 cm2.
Results should not be used for clearance purposes.
This page was last modified February 7, 2013
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