Gazi B-235 Smiss LPG Gas Stove - Black

The Gazi B-235 Smiss LPG Gas Stove is a double-burner cooking appliance designed for efficiency and durability.

Specifications:

Gas Type: Compatible with LPG
Brand:    Gazi
Colour    Black
Country of Origin    Bangladesh
Number of Burner    2
Model    Gazi B-235
Height    4 inch with leg
Burner type    Brass
Pan Support    Iron made - Even, enamel coating color
Auto Ignition    50,000+
Glass Measurement    Length - 29.5 inch, Width - 17.4 inch
Body Measurement    Length - 25 inch, Width - 14.1 inch
    Burner Type: Dual brass burners for enhanced heat distribution
    Ignition Rate: 100% ignition success rate
    Gas Consumption: Engineered for low gas consumption, promoting energy efficiency
    Burner Cap: Features a brass burner cap for improved thermal conductivity
    Pan Support: Constructed from iron with an enamel coating for durability
    Glass Panel: Strong and thick tempered glass panel measuring 29.5 x 17.4 inches
    Body Dimensions: 25 x 14.1 inches
    Height: 4 inches, including the leg

Features:
    High-Quality Tempered Glass Panel: Provides a sleek appearance and withstands high temperatures
    European-Designed Burners: Ensures efficient and even heat distribution
    Multiple Safety Devices: Includes features like flame failure devices to prevent gas leakage
    Super Energy-Saving Technology: Designed to minimize gas usage without compromising performance

This stove is suitable for both domestic and commercial kitchens, offering a blend of style, safety, and efficiency.

For purchasing options, the Gazi B-235 Smiss LPG Gas Stove is available at various retailers in Bangladesh, including Bdstall and Othoba.com. Prices may vary, and it's advisable to check the latest prices and availability on the respective websites.

Advance Payment Requirement: 10% advance payment required to confirm COD order
Note:
Product delivery duration may vary due to product availability in stock.
Disclaimer: The actual color of the physical product may slightly vary due to the deviation of lighting sources, photography or your device display settings.