Threaded screw glasses for special adapters

The threaded screw jars (PU=100 pcs.) for special adapters are specifically engineered for demanding applications in laboratory, research, and development environments. These high-quality screw jars serve as a perfectly matching consumable for corresponding rotary evaporator adapters, ensuring a safe and seamless workflow during your thermal separation processes. Manufactured from premium-grade, hydrolytically resistant laboratory glass, these jars feature excellent thermal shock resistance and superior chemical durability against a wide range of acids, alkalis, and organic solvents.

Each threaded jar comes complete with a perfectly fitting, tight-sealing screw cap made of polyethylene (PE). This robust combination not only allows for direct and secure distillation under highly stable conditions but also makes them outstandingly suited for the subsequent protected storage and preservation of sensitive substances and samples. The precision-engineered thread ensures smooth opening and closing while maintaining maximum sealing integrity, reliably minimizing solvent loss and sample contamination. With a delivery unit of 100 pieces, this pack efficiently meets the recurring demands of daily laboratory operations.

Technical Features

• Material: Premium-grade, highly chemical-resistant laboratory glass
• Design: Precision-molded external thread for a perfect fit on specialized adapters
• Closure: Includes tight-sealing polyethylene (PE) screw cap for contamination-free sample storage
• Application: Optimized for specialized rotary evaporator adapters, distillation processes, and sample preparation
• Delivery unit: Pack of 100 pieces (PU=100 pcs.) for cost-effective provisioning

Important Notes!

Sales only to business customers: Distribution is exclusively restricted to businesses, public institutions, and universities. Delivery to private individuals is excluded.

Product illustrations: Images are for illustrative purposes only and may differ from the actual scope of delivery. A representative model may be shown.