Brunschwig
1. septembre 2025

Get a 24T trial kit for full range CLOUD-CLONE ELISA KITS in stock at CHF 65.-

Spotlight on our trusted supplier: Cloud-Clone Corp.

Looking for high-quality reagents and assay kits for your research?
Discover Cloud-Clone, a leading provider of reliable and validated life science products, available all across Switzerland via Chemie Brunschwig !

Why choose Cloud-Clone?

✅ 17,000+ Active/Natural/Recombinant Proteins

✅ 26,000+ Polyclonal, Monoclonal & Recombinant Antibodies

✅ 8,000+ ELISA Kits – Sandwich, Competition, Instant, Mini kits, and more

Multiplex Assay Kits : 7,000+ targets / testing servies

✅ Wide range of samples : 148 Cell lines, 415 primary cells, animal modelsm serum & plasma, Tissue block & tissue chip

ISO 9001 & ISO 13485 certified for quality and reliability

📚 Trusted by the scientific community:

🔹 33,000+ publications citing Cloud-Clone products

🔹 Featured in 300+ publications in top journals such as *Nature Cell* and *Science*

🔹Recognized by CiteAb as "ELISA Kit Supplier To Watch" in 2020

🎁 Special Offer:

Explore the performance of Cloud-Clone’s ELISA Kits with our 24T Trial Kit – a perfect opportunity to evaluate the full range at a minimal cost.

📩 Limited availability – reach out now to claim yours!

Conseiller à la clientèle

Connexion réussie

Molar Mass Calculator

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

Unit Converter

Please select a unit category and the units for conversion.

Periodic Table

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

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).