BINDER GmbH

Assess the risks of solvent drying 🔍 Solvent properties, quantity, temperature and ventilation all affect drying safety. Safe drying depends on several factors, including solvent properties, quantity, temperature, pressure, oxygen availability and ventilation. Our white paper provides a structured overview of drying methods, ATEX requirements and practical risk assessment. 🧪 Ethanol, acetone, isopropanol and other flammable solvents are used in many laboratory workflows. During drying, vapors can mix with air and create conditions in which ignition is possible. Key factors include solvent properties, quantity, temperature, pressure, oxygen availability, ventilation and possible ignition sources. Our new whitepaper “Drying of Flammable Solvents in the Laboratory” helps laboratory and safety management teams compare drying methods and evaluate the right setup for safe, reproducible daily operation. Download the whitepaper to get practical guidance on the following topics: • Flammability fundamentals for laboratory drying • A comparison of common drying technologies • Guidance on ATEX, temperature classes, and risk assessment • Practical examples from pharma, chemistry, and laboratory applications And if you need help choosing the right chamber for your application, we’re happy to assist you!

Standard oven or ATEX drying system? ⚠️ A standard oven is not suitable for every solvent drying process. Our white paper helps laboratory and safety teams evaluate the relevant risks, define operating limits and select suitable drying equipment. Ethanol, acetone, isopropanol and other flammable solvents are used in many laboratory workflows. During drying, vapors can mix with air and create conditions in which ignition is possible. Key factors include solvent properties, quantity, temperature, pressure, oxygen availability, ventilation and possible ignition sources. Our new whitepaper “Drying of Flammable Solvents in the Laboratory” helps laboratory and safety management teams compare drying methods and evaluate the right setup for safe, reproducible daily operation. Download the whitepaper to get practical guidance on the following topics: • Flammability fundamentals for laboratory drying • A comparison of common drying technologies • Guidance on ATEX, temperature classes, and risk assessment • Practical examples from pharma, chemistry, and laboratory applications And if you need help choosing the right chamber for your application, we’re happy to assist you!

Compare drying technologies for flammable solvents 🔥 Compare common drying methods and choose the right setup for your process. Our white paper explains how to assess the relevant risks, compare common drying technologies and determine when a standard oven is sufficient or an ATEX vacuum drying system is required. Ethanol, acetone, isopropanol and other flammable solvents are used in many laboratory workflows. During drying, vapors can mix with air and create conditions in which ignition is possible. Key factors include solvent properties, quantity, temperature, pressure, oxygen availability, ventilation and possible ignition sources. Our new whitepaper “Drying of Flammable Solvents in the Laboratory” helps laboratory and safety management teams compare drying methods and evaluate the right setup for safe, reproducible daily operation. Download the whitepaper to get practical guidance on the following topics: • Flammability fundamentals for laboratory drying • A comparison of common drying technologies • Guidance on ATEX, temperature classes, and risk assessment • Practical examples from pharma, chemistry, and laboratory applications And if you need help choosing the right chamber for your application, we’re happy to assist you!

Dry flammable solvents with the right setup 🔥 Ethanol, acetone, isopropanol and other flammable solvents are used in many laboratory workflows. During drying, vapors can mix with air and create conditions in which ignition is possible. Key factors include solvent properties, quantity, temperature, pressure, oxygen availability, ventilation and possible ignition sources. Our new whitepaper “Drying of Flammable Solvents in the Laboratory” helps laboratory and safety management teams compare drying methods and evaluate the right setup for safe, reproducible daily operation. Download the whitepaper to get practical guidance on the following topics: • Flammability fundamentals for laboratory drying • A comparison of common drying technologies • Guidance on ATEX, temperature classes, and risk assessment • Practical examples from pharma, chemistry, and laboratory applications And if you need help choosing the right chamber for your application, we’re happy to assist you!

📘 Buyer’s Guide: 6 Punkte für die Auswahl von CO2-Inkubatoren Welche Kriterien sind beim Kauf eines CO2-Inkubators wirklich wichtig? In unserem kostenlosen Buyer’s Guide erfahren Sie, worauf es bei Kontaminationsvermeidung, Innenraumkonzept, Feuchtemanagement, CO2-Begasung, Hygiene und Wirtschaftlichkeit ankommt. ✅ 🔗 Buyer’s Guide downloaden!

📘 Buyer’s Guide: 6 key factors when choosing a CO2 incubator Which criteria really matter when purchasing a CO2 incubator? In our free Buyer’s Guide, you will learn what to look for in terms of contamination prevention, chamber design, humidity management, CO2 gassing, hygiene, and cost-effectiveness. ✅ 🔗 Download the Buyer’s Guide!