Heavy-Walled Reaction Vessels with Bottom Drain Valve, Heating Jacket and Flange Connection

High-quality reaction vessels in heavy-walled design made of borosilicate glass 3.3 for professional laboratory applications with controlled product discharge. The vessels feature a flange DN with groove, an integrated heating jacket with two threaded connections (GL 18 or GL 32) as well as a bottom drain valve for residue-free emptying.

Technical Features:

• Material: Borosilicate glass 3.3 according to DIN ISO 3585
• Heavy-walled construction for increased mechanical strength
• Flange DN with groove for secure connection with lids and attachments
• Heating jacket with two threaded connections (GL 18 or GL 32) for temperature control
• Bottom drain valve 0–10 mm or 0–15 mm (depending on volume)
• Cylindrical shape with round bottom for optimal emptying
• Temperature connections arranged tangentially
• GL 18 variants additionally with removable olive (PP) Ø 10.8 mm

Applications:

• Syntheses with controlled product discharge
• Batch reactions with complete emptying
• Crystallization processes with bottom discharge
• Temperature-controlled reaction control with heating or cooling media
• Distillation and digestion processes
• Continuous and discontinuous processes

Available Variants: The reaction vessels are available in various volumes from 100 ml to 20,000 ml. Depending on the volume, diameter (90–300 mm), DN nominal size (DN 60–DN 200), thread type (GL 18 or GL 32) and valve size (0–10 mm or 0–15 mm) vary. Please select the desired design according to your requirements.

Quality and Standard: Manufactured from high-purity borosilicate glass 3.3 according to international standards. Temperature resistant, chemically resistant and thermally highly resilient.

Important Notes!

Sale to commercial customers only: Distribution is exclusively to companies, public institutions and universities. Supply to private individuals is excluded.

Product images: Images are for illustration purposes and may differ from the actual scope of delivery. A sample variant may be shown.