HFlame - A versatile oxy-hydrogen flame torch

HFlame produces gas that can be used in most applications where oxygen, acetylene, propane or natural gas are traditionally employed.

HFlame is an alkaline electrolyser technology producing an oxy-hydrogen flame that is far superior to traditional technologies.

HFlame has been designed to replace standard gas and oxy-acetylene systems for a variety of laboratory and workshop applications including heating, brazing/soldering, cutting, jewellers work, polishing of metal, plastic, glass and quartz.

Key Features

  • Simple
  • Failsafe
  • Precision flame
  • Torch equipment remains cool
  • High flame temperature
  • Faster heating of metals
  • No pollution
  • Gas generated on demand
  • No stored gasses

HFlame is an on-demand gas generator which provides a high temperature, focused flame from electricity and water. It removes the need to store large amounts of flammable gas and the costs of rental and delivery of gas bottles.

Technical Specification

HFlame

Flow Rate (HHO)

5.8 slpm (12 scfh)

Output Pressure

2 bar (29 psi, 0.2MPa)

Electrical Power Supply

230/110V AC, 50/60Hz

Power Rating

2kW peak

DI Water Requirement

ASTM Type 2 water

Electrolyte

2 mol KOH solution

Dimensions (H x W x D)

610 x 330 x 470 mm

Operating Conditions

Indoors well ventilated

Ambient Temperature

15 – 25°C (59 – 77°F)

User Interface

Push button with LCD screen, rotary valve

All values are for reference only and are subject to change.

 


Associated File(s)Associated File(s)

Download Acrobat Reader Datasheet


Download the ITM Power HFlame Datasheet

Add to Basket
Add to Basket

Quotation Only - Add this item to the basket to request
Contact Us
Contact Us

Request more information on this product
Download FileAssociated File(s)

Download Acrobat Reader Datasheet



Related Portal Pages
Follow these links to find related information

Hydrogen H2
Electrolysers / Electrolyzer / Electrolysis


Contact UsContact Us
Request more information on this product


Forward this ArticleEmail this Page
Forward this page to a friend or colleague