Chemie Brunschwig | Team

Bitte beachten Sie, dass unser Büro und Lager am 02. Oktober 2025 geschlossen sind.

Wir sind ab dem 03. Oktober um 8:00 Uhr wieder für Sie da.
In der Zwischenzeit können Sie Ihre Anfragen und Bestellungen weiterhin über unsere Website oder per E-Mail an sales@brunschwig-ch.com übermitteln.
Vielen Dank für Ihr Verständnis.

Treffen Sie uns persönlich!

Road shows / Exhibitions coming soon :

01. & 02.10.25: Roadshow IOR-IRB
08->10.10.25 : Post-Doc Meeting -Kloster
23. & 24.10.25 : SGMS - Beatenberg
30.10.25 : Roadshow Biozentrum - Basel

A constant flow of innovation

Find the perfect chemicals, metals and catalysts for a wide span of applications from the thermo scientific portfolio!

Product Highlight
- Their chemicals portfolio includes a full range of catalysts manufactured to stringent specifications and available in a range of purities and concentrations.
- Their portfolio has a range of essentials, functional reagents and air and moisture sensitive products.
- The innovative AcroSeal packaging for air and moisture sensitive applications, helps products stay drier for longer.

Kundenberater/innen

Login erfolgreich

Molar Mass Calculator Unit Converter Periodic Table PPM to mg/L

Molar Mass Calculator

Please enter a molecular formula (case-sensitive: Co = Cobalt, CO = Carbon monoxide) and press "calculate" to get the total molar mass.

Molar Mass Calculator Unit Converter Periodic Table PPM to mg/L

Unit Converter

Please select a unit category and the units for conversion.

Molar Mass Calculator Unit Converter Periodic Table PPM to mg/L

Periodic Table

Enter the name or symbol of an atom to get detailed information about it.

Molar Mass Calculator Unit Converter Periodic Table PPM to mg/L

PPM to mg/L

The relation between PPM (Parts per Million) and mg/L is dependent on the solute density. Enter the ppm and the solute desity values to find the mg/L ratio.

If you already know the mg/L ratio of your solution, you can also use this PPM to mg/L converter to calculate the molarity This parameter describes the number of moles in a liter of the solution and is expressed in molars (1 M = mol/L).