Brunschwig
About Chemie Brunschwig AG

ISO 9001:2015

We are proud that we were successfully certified in ISO 9001:2015 by SGS in March 2022.

Through the ISO certification, we were able to prove that we comply with the quality standards. We have a quality management system that guarantees our customers a consistently stable level of service at the highest grade. Nevertheless, we can continue to maintain valued flexibility and design customer-oriented processes and services. On the other hand, we design safe, structured internal company processes and thus reduce expensive errors in the processes that lead to overtime, dissatisfaction or exclusion. Not only do we increase productivity, we also improve the quality of processes and services at the same time.



Brunschwig Management System

With the Brunschwig Management System, we have created a system that regulates all company-wide processes, roles and authorisations. The system obliges us as a company to optimise processes and continuously increase process performance.

Brunschwig Management System

The system is supported by our “Business Review Team”, which performs the following tasks:

  • Regular controls/monitoring of target indicators and processes
  • Analysis and evaluation of the KPI’s within the organisation
  • Taking necessary measures to ensure the service in the event of deviations

Read the full article about our project "Brunschwig goes ISO" in our Brunschwig Magazin.

Jobs

Our team is complete at the moment.

Chemie Brunschwig stands for reliability, customer service and amazing solutions. Learn more about your career opportunities and become part of our team!

With us, you can expect interesting, independent and varied jobs. As a trading company, we work in an international environment where you can contribute and develop your language skills and social competence.

Is this the challenge you are looking for? Do not hesitate contacting us. We look forward to hearing from you!

Customer consultants

  • All
  • Western Switzerland
  • Central Switzerland
  • Eastern Switzerland
  • Microbiology
Login

Please login with your registered email and password. If you are not registered yet, you can send us a request with the registration form (see below).

There has been an error. Please check your internet connection and try again.

Invalid login data given. Username or password wrong.

Your account is currently disabled. Please contact Chemie Brunschwig for further information.

Successful login
Registration

Please fill in your details.
We will check your registration request and inform you when you are accepted.

  • Mr.
  • Mrs.
  • Ms.
  • Dr.
  • Prof.

There has been an error. Please check your internet connection and try again.


We already have a user with the email address .

Try another email address or Reset password


Thank you for your registration. We have sent you an email to set your password.

Your registration request has been sent.

We will contact you and send you further instructions for your new account.


Back to home
Forgot Password?

Please enter the email address of your account.
We will send you an email with a link to reset your password and further instructions.

An account with this email address could not be found.

Your request for a password reset has been sent.

Please check your email for further instructions.
If you don't see our email in your inbox, please check your spam folder as well.

In the case you did not receive any email, make sure your email address is a member of our shop and check that your email has been entered correctly.

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.

Name
Atomic number
Conv. atomic weight
Std. atomic weight
First ionization energy
Electro­negativity (Pauling)

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).

Tools