Reducers

Reducers

Reducers

Glass reducer pipes for connecting different diameter sections | Industrial Pipe Reducers Manufacturer & Supplier

Reducers Overview

Goel’s glass reducers are pipeline components designed to transition between two different pipe diameters. They allow a smooth change in flow section while maintaining glass integrity, chemical inertness, and vacuum compatibility. Reducers are precision-engineered piping components used to connect pipes of different diameters within industrial process systems.

Manufactured using high-grade materials such as Borosilicate Glass 3.3, stainless steel, or other corrosion-resistant materials (as per process requirement), our reducers are designed to withstand high temperatures, vacuum, and pressure conditions while ensuring long service life and leak-proof performance.

Available in both concentric and eccentric configurations, these reducers provide flexibility for horizontal and vertical piping layouts. The catalogue listing mentions PR series reducers (e.g. PR18/3, PR18/4, etc.).

Key Features

  • Borosilicate glass construction
  • Various reduction ratios
  • Ensure Smooth flow transitions
  • Chemical & corrosion resistant
  • Custom sizes available as per process requirements

Specifications

From public catalogue excerpts, key parameters include:

  • Reducer Codes: PR series (e.g. PR18/3, PR18/4, PR24/4, etc.) with combinations of larger DN to smaller DN
  • Example Dimensions: PR18/3 = transition of DN 450 to DN 80 over a length of 375 (units)
  • Consistency in Series: For example, PR18/12 is 450 → 300 over 375, PR24/4 is 600 → 100 over 400, etc.
  • Material: Borosilicate glass construction for wetted surfaces (Other materials on request)
  • Vacuum / Pressure Compatibility: Functionally similar to other pipeline parts in the system
  • Design flexibility: Variants for custom transitions are likely available on request
  • Product Type: Concentric Reducer / Eccentric Reducer

Applications

Glass reducers serve to:

– Connect pipeline sections of differing nominal diameters

– Gradually or abruptly step down or up flow paths

– Optimize flow velocity or pressure drop in different pipeline zones

– Adapt process lines when scaling up/down or integrating new branches

They are essential in systems where pipe size reduction is required to maintain controlled flow rates, connect equipment of different nozzle sizes, or optimize process performance.

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