Attendance at the
„Seminar zur Beschichtung von elektronischen Baugruppen“
at the TA Esslingen, 29. – 30.06.2009.
-> Flyer
Due to the Acetonitril shortage "Chemische Laboratorien Dr. Sönke Petersen" established a recycling process for ACN in HPLC quality.
Change in ownership of "Chemische Laboratorien". Dr. Sönke Petersen took over the company, which is now named "Chemische Laboratorien Dr. Sönke Petersen" in course of succession.
Attendance at the annual general meeting of the CASID in Ludwigshafen, Germany.
Start-up of the production of optically active Amino Alcohols in multi kg scales (1 - 100 kg), i.e. (S)-(+)-2-Amino-1-butanol.
Start-up of a new 16 L multipurpose facility.
Attendance at the annual general meeting of the GfKORR and at the AiF project "Korrosionsschutz elektronischer Baugruppen durch Schutzlackierungen" in Bremen, Germany. The use of our dispersion PTFE 10% in HFE-7100 is now part of the "Leitfaden zur Anwendung und Verarbeitung von Schutzlacken für elektronische Baugruppen".
Visit to DIL / RSIL in Mumbai / Thane. The company "Research Support International Ltd." is our preferred partner for project cooperation and outsourcing.
Attendance at the annual general meeting of the CASID in Mittenwald, Germany.
Start-up of a 50 L rotary evaporator.
Our teflon dispersions in fluorinated solvents and their applications will be presented at the "Coating of Electronic Devices" Conference at the BAM in Berlin, 21.06.2007.
During the course of the contract research project: "Syntheses of Progesterone Derivatives", we developed more than 50 new chemical entities with highly interesting biological activities. Being responsible for the chemical syntheses, our company is part of the inventor team of the corresponding patents:
WO2007/039544 and US2007/0082876
Our well known dispersion PTFE 10% in HFE-7100 opened a totally new field of application in the protection of electronic devices.
Already the first essays showed interesting results in the Corrosion Reliability Test, (CoRe-Test).
Immersion of a comb type structure