China Convection Model Low E Glass Tempering Furnace For Furniture / Home Appliance for sale

Convection Model Low E Glass Tempering Furnace For Furniture / Home Appliance

Name: Convection Model Low E Glass Tempering Furnace For Furniture / Home Appliance
Brand: Foshan Star Technology Co., Ltd.

Price Negotiable

Price: $130000-$159000/Set

MOQ: 1

Delivery Time: 90 days

Brand: FSSIDA

Product Description

Convection Model STG-A Q2436-4 T Glass Tempering Furnace for Low e Glass

Product Description

The furnace includes loading table, heating system, Top Vortex fan forced convection system. quenching and cooling section, unloading table, and control system. It is used to manufacture glass for furniture, home appliance, architecture glass, etc.

Product Features

1. Accurate heating and temperature control

The equipment is equipped with high-precision infrared sensors and dynamic algorithms, which can intelligently control the temperature of the furnace, abandoning the traditional waste mode of "higher than lower", ensuring uniform heating of the glass, effectively reducing optical deformation, ripple color difference, and furnace explosion phenomenon.

2. Efficient cooling and wind pressure system

The air cooling system of the tempered section directly determines the stress uniformity and flatness of the glass. The advanced tempering furnace adopts equal pressure tempering technology and customized formed air grilles to ensure consistent internal stress of tempered glass. For ultra-thin or special glass, some equipment adopts a dual fan through structure (combining high-pressure and low-pressure fans), which significantly improves the flatness of the glass while saving energy.

3. Processing compatibility and multifunctionality

Modern tempering furnaces have strong material compatibility, not only capable of processing ordinary white glass and ultra white glass, but also capable of high-quality tempering of online/offline Low-E glass, silk screen glass, embossed glass, and colored glass. In terms of morphological processing, through technologies such as flat bending bidirectional design, servo transmission, and vacuum adsorption, a single device can achieve the formation of flat tempered glass, as well as various complex shaped glasses such as single curved, hyperbolic, gradient bending, and unequal arc, widely meeting the needs of new energy vehicles, construction furniture, home appliances, and solar energy fields.

Technical Specifications