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Z252360

Sigma-Aldrich

Aldrich® anticlimb splash-guard adapter with fritted disc

female joint: ST/NS 29/32, male joint: ST/NS 29/32, capacity 250 mL

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50 MG
₩207,162

About This Item

UNSPSC Code:
41121815
NACRES:
NB.35

₩207,162

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Joint

female joint: ST/NS29/32
male joint: ST/NS29/32

capacity

250 mL

pore size

70-100 μm porosity

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1 of 4

This Item
Z549347Z252298Z252336
Aldrich® anticlimb splash-guard adapter with fritted disc female joint: ST/NS 29/32, male joint: ST/NS 29/32, capacity 250 mL

Z252360

Aldrich® anticlimb splash-guard adapter with fritted disc

Aldrich® anticlimb splash-guard adapter with fritted disc female joint: ST/NS 29/32, male joint: ST/NS 24/40, capacity 250 mL

Z549347

Aldrich® anticlimb splash-guard adapter with fritted disc

Aldrich® anticlimb splash-guard adapter with fritted disc female joint: ST/NS 24/40, male joint: ST/NS 24/40, capacity 250 mL

Z252298

Aldrich® anticlimb splash-guard adapter with fritted disc

Aldrich® anticlimb splash-guard adapter with fritted disc female joint: ST/NS 24/40, male joint: ST/NS 14/20, capacity 250 mL

Z252336

Aldrich® anticlimb splash-guard adapter with fritted disc

joint

female joint: ST/NS29/32

joint

female joint: ST/NS29/32, male joint: ST/NS24/40

joint

female joint: ST/NS24/40

joint

female joint: ST/NS24/40, male joint: ST/NS14/20

capacity

250 mL

capacity

250 mL

capacity

250 mL

capacity

250 mL

pore size

70-100 μm porosity

pore size

70-100 μm porosity

pore size

70-100 μm porosity

pore size

70-100 μm porosity

General description

These traps greatly reduce carry-over from foaming or bumping. Because the venting hole is located at the top, the foam can be prevented from climbing higher into the condenser. The fritted disc prevents particulates from entering the condenser.

Legal Information

Aldrich is a registered trademark of Sigma-Aldrich Co. LLC

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    L A Poirier et al.
    Regulatory toxicology and pharmacology : RTP, 30(3), 217-222 (2000-01-06)
    Recently, changes have been proposed in the criteria historically used in the evaluation of the applicability to humans of some of the results obtained from the rodent carcinogenicity bioassay data. These questions center on the suitability of the rodent model
    Anna Gulkowska et al.
    Chemosphere, 107, 366-372 (2014-01-28)
    Soil incubation experiments using (14)C-labelled sulfamethazine were carried out to assess the factors governing its nonextractable residue (NER) formation via nucleophilic addition reactions. Circumstantial evidence on possible mechanisms of NER formation was derived from a selective manipulation of soil samples.
    Astrid Bienert-Zeit et al.
    American journal of veterinary research, 76(4), 318-327 (2015-03-31)
    To monitor concentrations of sulfadimidine in the paranasal sinus mucosa (PSM) of unsedated horses following IV administration of trimethoprim-sulfadimidine via in vivo microdialysis. 10 healthy adult horses. Concentric microdialysis probes were implanted into the subepithelial layers of the frontal sinus
    Jie Hou et al.
    Environmental science and pollution research international, 22(6), 4545-4554 (2014-10-17)
    A feasible and rapid analysis for the simultaneous determination of sulfonamides (SAs), tetracyclines (TCs), fluoroquinolones (FQs), macrolides (MACs) and nitrofurans (NFs) in livestock manure and soils was established by solid-phase extraction (SPE)-ultra-performance liquid chromatography (UPLC)-tandem mass spectrometry (MS/MS). A total
    Zhe Meng et al.
    Food chemistry, 174, 597-605 (2014-12-23)
    A novel UPLC-MS/MS method for quantification and confirmation of eight fluoroquinolones, five sulphonamides (SAs) and four acetyled metabolites in milk is developed. Their main fragmentation pathways were presented. The limits of quantification were in the range of 0.01-0.29 μg kg(-1)
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