Web Menu

Product Search

Language

Share

Specialty Valves

Home / Products / Specialty Valves / Sprinkler Valves for Petrochemical Reactors
Categories
Popular Products
  • Sprinkler Valves for Petrochemical Reactors
  • Sprinkler Valves for Petrochemical Reactors

Sprinkler Valves for Petrochemical Reactors

Precision Dispersion for Critical Reactor Processes

"Corrosion-Resistant. Precise. Trust Valve—Reactor Spray Excellence."

INQUIRY
  • Key Features & Benefits
  • Product Range

  • Technical Specs

  • Applications

Features

Benefits

Hastelloy®/316L Construction

Withstands corrosive media (acids, monomers, catalysts) and high temperatures up to 200°C.

Engineered Nozzles

Uniform spray patterns (full cone, flat fan) ensure even distribution of coolants, catalysts, or reactants.

High-Pressure Rating

Handles up to 1,000 psi (68.9 bar) for demanding reactor conditions (polymerization, cracking).

Adjustable Flow Control

Fine-tune flow rates (0.5–100 GPM) to optimize reaction ratios and heat transfer.

Leak-Tight Sealing

Metal-to-metal or PTFE seals prevent hazardous leaks, critical for reactive/high-value materials.
  • Key Features & Benefits
  • Product Range

  • Technical Specs

  • Applications

Standard Reactor Sprinkler Valves

  • 316L stainless steel; 1–50 GPM; up to 300 psi.
  • For cooling, pH adjustment, and general chemical dosing.

High-Pressure variants

  • Alloy steel with tungsten carbide nozzles; 5–100 GPM; up to 1,000 psi.
  • Ideal for high-stress processes (polymer reactors, cracking units).

Corrosion-Resistant Models

  • Hastelloy® construction; 0.5–20 GPM; 50–500 psi.
  • For highly reactive chemicals (acids, alkylating agents).
  • Key Features & Benefits
  • Product Range

  • Technical Specs

  • Applications

  • Connections: 1/4"–2" (NPT, flanged, butt-weld).
  • Temperature Range: -20°C to 200°C.
  • Spray Angles: 30°–120° (customizable for reactor geometry).
  • Key Features & Benefits
  • Product Range

  • Technical Specs

  • Applications

  • Reactor cooling (heat transfer fluids).
  • Catalyst injection and reactant mixing.
  • Polymerization process control.
  • In-situ reactor cleaning (high-pressure).
  • pH adjustment and chemical treatment.