Supelclean(TM) Florisil(R)/Na2SO4 SPE Tube

Retention Mechanism: Normal-phase or adsorptionSample Matrix Compatibility: Organic solutions. Dual layer SPE tube that contains Na2SO4 (upper layer) and Florisil (magnesium silicate; lower layer) separated and packed with PTFE frits (glass tubes) or

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Product Name	Description	Item#	QTY
Supelclean(TM) Florisil(R)/Na2SO4 SPE Tube	Retention Mechanism: Normal-phase or adsorptionSample Matrix Compatibility: Organic solutions. Dual layer SPE tube that contains Na2SO4 (upper layer) and Florisil (magnesium silicate; lower layer) separated and packed with PTFE frits (glass tubes) or	3042-54116U	EA
Supelclean(TM) ENVI-Florisil(R) SPE Tubes	Magnesium SilicateRetention Mechanism: Normal phase or AdsorptionSample Matrix Compatibility: Organic solutions. Mesh: 100/200; Available with PTFE or stainless steel frits. Tested for US Environmental Protection Agency (EPA) Contract Laboratory Prog	3042-54095U	EA
Supelclean(TM) LC-Florisil(R) SPE Tube	Supelclean(TM) LC-Florisil(R) SPE Tube bed wt. 1 g, volume 6 mL, pkg of 30 ea (shipped in one polybag)	3042-54005U	EA
Supelclean(TM) Florisil(R)/Si SPE Tube	Retention Mechanism: Normal-phase or adsorptionSample Matrix Compatibility: Organic solutions. Dual layer SPE tube that contains Supelclean LC-Florisil (magnesium silicate; upper layer) and Supelclean LC-Si (silica; lower layer) separated and packed	3042-57154U	EA
Supelclean(TM) LC-Florisil(R) SPE Tube	Supelclean(TM) LC-Florisil(R) SPE tube is commonly used in environmental analysis to reduce leachables from PP hardware and PE frits.	3042-54333U	EA

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Supelclean(TM) Florisil(R)/Na2SO4 SPE Tube

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