VISION LPG Single Chocolate 3D - 892724 Glass Gas Stove

Summary

The VISION LPG Single Glass Gas Stove Chocolate 3D - 892724 is a high-quality, stylish, and efficient gas stove designed for compact kitchens or single-person households. Its modern design features a durable, tempered glass top with a chocolate brown 3D finish, enhancing aesthetics while ensuring easy cleaning. Equipped with a single brass burner, it offers consistent heat distribution and fuel efficiency. This gas stove is perfect for users seeking convenience, performance, and an elegant design in a compact cooking appliance.

Specifications

    Model: 892724
    Brand: VISION
    Type: Single Burner Gas Stove
    Material:
        Top: Toughened tempered glass with 3D chocolate design
        Burner: High-quality brass for durability and efficient heating
    Color: Chocolate Brown
    Ignition Type: Manual ignition
    Burner Type:
        Single burner
        Efficient flame control for various cooking needs
    Dimensions: Compact, suitable for small spaces (exact dimensions vary, typically portable size)
    Safety:
        Heat-resistant glass top
        Non-slip rubber legs for stability
    Cleaning: Easy to clean and maintain
    Usage: Compatible with standard LPG cylinders
    Weight: Lightweight and portable

Key Features
    Durable and stylish tempered glass finish with a unique chocolate brown 3D design.
    High-performance brass burner for uniform heat and optimal gas usage.
    Compact size, ideal for small kitchens or single-person use.
    Non-slip base for stability during cooking.
    Easy-to-clean surface for hassle-free maintenance.

This gas stove is a blend of functionality, elegance, and practicality, designed to suit modern households while delivering excellent cooking performance.

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.