Hai cercato: Fiale per gas

Supplier: Merck

ORBO™ sorbent tubes contain two beds of the same selective adsorbent seperated by glass wool or foam, for gas and vapor sampling.

Supplier: Lenz Laborglas GmbH & CO.KG

Gas distribution tubes with lateral ring made of borosilicate glass 3,3.

Supplier: ROBU GLASFILTER

These versatile and recyclable tubes offer excellent properties for diverse applications are made of borosilicate glass 3.3.

Supplier: ROBU GLASFILTER

ROBU® gas distribution tube type B with VitraPOR® filter and lateral bowl ensures even distribution of gases in laboratory applications. Designed for efficient gas flow and dispersion, it features a durable construction and is ideal for use in chemical reactions and processes that require controlled gas delivery.

Supplier: GASTEC

Le fiale colorimetriche di campionamento passivo vengono utilizzate per misurare le concentrazioni di gas in base a una media ponderata nel tempo (TWA, Time-Weighted Average), su periodi prolungati.

Supplier: GASTEC

Crystal clear gas tubes with distinct colour changes.

Supplier: DWK Life Sciences

These gas distribution tubes are designed for reactions between gases and liquids. They are made of clear DURAN® borosilicate glass 3.3.

Supplier: Lenz Laborglas GmbH & CO.KG

Gas distribution tubes with central ring made of borosilicate glass 3.3.

Supplier: Dräger

These test sets allow for the semi quantitative measurements of five different gases at the same time.

Supplier: Dräger

To measure the 'spot concentrations' of chlorine dioxide with an Accuro® pump. Uses include determination of concentration peaks, personal exposure in the inhalation area, detection of leaks in pipelines or gas installations, air analysis in sewers, shafts and confined spaces. The following values are not displayed:

Supplier: Dräger

To measure the 'spot concentrations' of diesel fuel. Uses include determination and measurement of concentration peaks, personal exposure in the inhalation area, detection of leaks in pipelines or gas installations and air analysis in sewers, shafts and confined spaces.

Supplier: Dräger

To measure the 'spot concentrations' of alcohol for use with an Accuro pump.

Supplier: Dräger

Desorption stroke in clean air.

Supplier: Dräger

The data below is representative for use with an Accuro® pump, a hand operated bellows pump.

Supplier: Dräger

To measure the 'spot concentrations' of mercaptan for use with an Accuro® pump. Uses include determination and measurement of concentration peaks, personal exposure in the inhalation area, detection of leaks in pipelines or gas installations, air analysis in sewers, shafts and confined spaces.

Supplier: Dräger

To measure the 'spot concentrations' of water vapour for use with an Accuro® pump.

Supplier: Dräger

To measure the 'spot concentrations' of hydrocarbons with an Accuro® pump.

Supplier: Dräger

È possibile rilevare e misurare un'ampia gamma di gas e vapori differenti. Gli utilizzi includono la determinazione e la misurazione dei picchi di concentrazione, la misurazione dell'esposizione personale nell'area di inalazione, la rilevazione delle perdite, ad esempio in condotte o installazioni per gas, nonché l'analisi dell'aria in fognature, pozzetti e spazi confinati.

Supplier: Dräger

To measure the 'spot concentrations' of hydrogen sulphide for use with an Accuro® pump. Uses include determination and measurement of concentration peaks, measurement of personal exposure in the inhalation area, detection of leaks in, for example, pipelines or gas installations, and air analysis in sewers, shafts and confined spaces.

Supplier: Dräger

To measure the 'spot concentrations' of nitrous fumes for use with an Accuro® pump. Uses include determination and measurement of concentration peaks, personal exposure in the inhalation area, detection of leaks in pipelines or gas installations, air analysis in sewers, shafts and confined spaces.

Supplier: Dräger

To measure the 'spot concentrations' of phosgene for use with an accuro® pump - Uses include determination and measurement of concentration peaks, personal exposure in the inhalation area, detection of leaks in pipelines or gas installations, and air analysis in sewers, shafts and confined spaces.

Supplier: Dräger

To measure the 'spot concentrations' of hydrogen peroxide for use with an Accuro® pump. Uses include determination and measurement of concentration peaks, personal exposure in the inhalation area, detection of leaks in pipelines or gas installations, air analysis in sewers, shafts and confined spaces.

Supplier: Dräger

To measure the 'spot concentrations' of carbon dioxide for use with an Accuro® pump. Uses include determination and measurement of concentration peaks, personal exposure in the inhalation area, detection of leaks in pipelines or gas installations, air analysis in sewers, shafts and confined spaces.

Supplier: Dräger

Operating conditions: 0 to 40 °C ; up to 30 mg/l H₂O and for tube 5/a: 3 to 15 mg/l H₂O absolute humidity.

Supplier: Dräger

To measure the 'spot concentrations' of toluene for use with an Accuro® pump. Uses include determination and measurement of concentration peaks, measurement of personal exposure in the inhalation area, detection of leaks in pipelines or gas installations, air analysis in sewers, shafts and confined spaces.

Supplier: Dräger

To measure the 'spot concentrations' of sulphur dioxide for use with an Accuro® pump.

Supplier: Dräger

Sampling activated tubes for direct measurement indication even with complex compounds and mixtures of substances in air investigations and gas analyses.

Supplier: Dräger

Operating conditions: 0 to 40 °C ; 3 to 15 mg/l H₂O absolute humidity.

Supplier: Dräger

To measure the 'spot concentrations' of acetone for use with an Accuro pump. Uses include determination and measurement of concentration peaks, personal exposure in the inhalation area, detection of leaks in pipelines or gas installations, air analysis in sewers, shafts and confined spaces.

Supplier: Dräger

To measure the 'spot concentrations' of perchloroethylene for use with an Accuro pump. Uses include determination and measurement of concentration peaks, personal exposure in the inhalation area, detection of leaks in pipelines or gas installations, air analysis in sewers, shafts and confined spaces.