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What's The Importance of Float Glass Production Line?

Views: 11     Author: Site Editor     Publish Time: 2024-01-05      Origin: Site

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The importance of float glass production line lies in the key role they play in expanding the range of glass applications and ensuring the availability of high-quality raw materials for reprocessing. Read on and let's find out why in detail.

float glass production line

The products produced by the float glass production line are widely used

As the product of the float glass production line, float glass is used in various industries.

Architectural and Construction

Windows and Doors: Used in residential, commercial, and industrial buildings.

Curtain Walls: Large glass panels for modern architectural designs.

Skylights: Providing natural light indoors while maintaining insulation.

Partitions: Creating transparent or semi-transparent dividers within interior spaces.

Balustrades: Glass panels used for stair railings and balcony barriers.

Decorative Glass: Textured and colored float glass for aesthetic purposes.


Windshields: Laminated float glass for automotive windshields.

Side and Rear Windows: Tempered float glass for side and rear windows.

Mirrors: Production of rearview and side mirrors.

Aircraft Windows: Float glass used in the manufacturing of aircraft windows.

Marine Applications: Windows and viewing ports for ships and boats.

Electronics and Appliances

Screens: LCD and LED displays in televisions, monitors, and other electronic devices.

Oven Doors: Heat-resistant glass for oven doors.

Touchscreens: Used in various electronic devices with touch-sensitive displays.


Glass Tabletops: Commonly used for dining tables, coffee tables, and desks.

Glass Shelves: Display shelves and storage units with glass shelves.

Glass Cabinets: Display cabinets with glass doors and shelves.

Interior Design

Glazing: Used as a covering material for greenhouse structures.

Lighting: Light fixtures, lampshades, and covers.

Fireplace Doors: Heat-resistant glass for fireplace doors.

Solar and Green Technology

Photovoltaic Modules: Transparent glass used as a protective cover for solar cells.

Solar Thermal Collectors: Glass used in solar water heaters and collectors.

Specialized Applications

Laboratory Equipment: Glass for scientific instruments and laboratory apparatus.

Safety and Security: Bulletproof glass and fire-resistant glass for enhanced safety and security.

High quality float glass production line can ensure the availability of premium raw material for reprocessing


High-quality float glass production lines ensure the reproducibility of standardized glass sheets with consistent thickness, clarity, and surface quality. This is critical for downstream processes and applications.

Raw Material for Reprocessing

Many advanced glass products, such as tempered glass, laminated glass, and low-E glass, require high-quality float glass as their raw material. Without a reliable production line, obtaining the necessary high-quality raw material becomes challenging.

Precision for Specialized Applications

In applications where glass undergoes deep processing, precision and uniformity are vital. High-quality float glass production lines provide the base material needed for intricate and specialized processes, such as those involved in the production of tempered or low-E glass.

Examples of float glass reprocessing

After the initial production of float glass, it can undergo various processes to transform into different types of glass with specific characteristics tailored to diverse applications. Here are some examples of what float glass can become after deep processing:

Tempered glass

Float glass can be subjected to a process called tempering, which involves heating it to a high temperature and then rapidly cooling it. This imparts increased strength and shattering resistance. Tempered glass is commonly used in side and rear windows of automobiles, glass doors, and glass table tops.

Laminated glass

Laminated glass is created by sandwiching a layer of polyvinyl butyral (PVB) or ethylene-vinyl acetate (EVA) between two or more layers of float glass. This process enhances safety by preventing the glass from shattering upon impact. Laminated glass is widely used in windshields, skylights, and applications where safety is a priority.

Insulated glass

Insulated glass, also known as double-glazed or thermal glass, is created by sealing two or more layers of float glass with a spacer and filling the gap with an insulating gas (usually argon). This design improves thermal insulation and is commonly used in windows and doors to enhance energy efficiency.

Low-E glass

Low-emissivity (Low-E) coating can be applied to float glass to reduce heat transfer. This coating reflects infrared light, helping to keep interiors cooler in hot weather and warmer in cold weather. Low-E glass is commonly used in energy-efficient windows.

Mirrored glass

By applying a reflective coating to the surface of float glass, it can be transformed into mirrored glass. This type of glass is widely used in mirrors for various applications, including bathrooms, dressing rooms, and decorative purposes.

Patterned or textured glass

Float glass can be textured or patterned during the manufacturing process, adding visual interest and privacy to the glass. This type of glass is often used in decorative doors, partitions, and windows.

Fire-resistant glass

Fire-resistant glass is created by treating float glass with special coatings or by laminating it with fire-resistant materials. This type of glass is used in applications where fire safety is a concern, such as fire-rated doors and windows.

Bulletproof glass

Float glass can be transformed into bulletproof or ballistic glass by combining multiple layers of glass with interlayers of polycarbonate or other high-strength materials. This type of glass is used in security and military applications.

About US - Professional float glass production line manufacturer

Nanjing Baisheng Glass Technology Co., Ltd., a distinguished global glass technology equipment engineering system integration service provider. Situated in the Airport Science & Technology Industrial Park, Lishui District, Nanjing, our company is dedicated to offering comprehensive "one-stop" system integration services for the float glass production line.

We have accumulated over 40 years of experience in the glass furnace industry. With a focus on glass engineering R&D, engineering construction, equipment manufacturing, commissioning, and production and operation, we have consistently adhered to our mission of "Science & Technology, Innovation, and Service" to deliver value to our customers.

Our expertise extends to the construction of glass factories, cold repair and hot repair of melting furnaces, furnace heat-up, and equipment manufacturing for glass production lines. Nanjing Baisheng boasts patented technologies and know-hows in various glass types, including photovoltaic calendered glass, small and medium float energy-saving glass, water glass, light industrial energy-saving glass, and all-oxygen and electric boosting glass furnaces.

Also, we are certified with qualifications such as class B for general contracting of metallurgical engineering construction, GC2 manufacturing license of industrial pipeline and pressure pipeline components, and class B design of building materials glass engineering, we've earned over 20 related patents.

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