Sampling of heavy metal pollution sources and particulate matter from high-purity quartz fiber filter cartridges

3#28*70mmSampling of heavy metal pollution sources and particulate matter from high-purity quartz fiber filter cartridgesProvided by Shanghai Shupei Experimental Equipment Co., Ltd., it is used for monitoring the sampling environment of heavy metal pollution sources such as smoke and dust. It has high temperature resistance, low weight loss, and high efficiency. The 2 # quartz filter cartridge is 25 * 90mm, and the 3 # quartz filter cartridge is 28 * 70mm. It is suitable for sampling heavy metals such as dioxins from flue gas pollution sources, air filtration, gas filtration, high-temperature filtration, and flue gas sampling.

Product Introduction

Name: Quartz Fiber Filter Cartridge

Specifications: 2 # quartz filter cartridge 25 * 90mm, 3 # quartz filter cartridge 28 * 70mm

Packaging: Independent packaging with a sealed box to block dust and prevent adhesion to the filter cartridge

Material: High purity quartz fiber

Usage: Sampling of dioxins and heavy metals from smoke pollution sources, air filtration, gas filtration, high-temperature filtration, smoke sampling

Features: High temperature resistance, low weight loss, high efficiency

Supporting instruments: Matched with domestic flue gas samplers such as Qingdao Laoying, Qingdao Minghua, Qingdao Jinshida, Qingdao Zhongrui, Wuhan Tianhong, Wuhan Jinghui, etc

High temperature resistance: above 900 degrees Celsius Lead content: 0.50 nanograms

Capture efficiency>99.9% (0.3um)

Sampling humidity:>90% Physical image (for reference)

The maximum temperature resistance is 1000 degrees Celsius. The product is made of deionized water and pure quartz fiber, and is fired in a high-temperature furnace,

Low background craftsmanship and quality comparable to Whatman have been a blessing for environmental testing in recent years.

3#28*70mmSampling of heavy metal pollution sources and particulate matter from high-purity quartz fiber filter cartridgesDetailed specification table: