• Products
  • Catalogs
  • News & Trends
  • Exhibitions

Batch reactor
laboratoryprocessgas-liquid

Batch reactor - KIRIYAMA GLASS WORKS CO. - laboratory / process / gas-liquid
Batch reactor - KIRIYAMA GLASS WORKS CO. - laboratory / process / gas-liquid
Batch reactor - KIRIYAMA GLASS WORKS CO. - laboratory / process / gas-liquid - image - 2
Add to favorites
Compare this product

Characteristics

Type
batch
Applications
laboratory, process
Treatment method
gas-liquid
Material
glass

Description

Overview
Unique bubble-size variable absorber/reactor developed by applying the ball-joint technique established by KIRIYAMA. The device provides adjustable bubble generation without using glass filters, simplifying maintenance and reducing fouling.

Key advantages
  • No glass filters — minimizes fouling and blockage.
  • Easy to disassemble and clean.
  • Lower production and maintenance costs compared with previous designs.


Product types
  • Screw type (GL thread)
  • Glass joint type


Operation / Design notes
The only movable part is the lid, which controls bubble size and enables disassembly. Adjustment is done by lid movement, allowing simple, repeatable bubble-size control and straightforward handling on lab or process equipment.

Parts
  • Screw bottle (or body)
  • Center tube
  • Cap / lid
  • Fixing ring
  • O-ring


Technical specifications
  • Technology applied: ball-joint technique developed by KIRIYAMA.
  • Bubble-size variable absorber/reactor — bubble size adjustable via lid movement.
  • Two construction variants: screw type (GL thread) and glass-joint type.
  • No glass filter incorporated — design reduces fouling and simplifies cleaning.
  • Main movable component: lid (for bubble-size control and disassembly).
  • Main components: screw bottle, center tube, cap, fixing ring, O-ring.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.