Blind Insulated Glass

Blind Insulated Glass Features

1. Sunshade Properties

The shading coefficient of the built-in louvered insulating glass ranges from Sc=0.18 to Sc=0.90. When the louvers are in a vertical state, the shading coefficient Sc=0.18; When the blinds are in a horizontal state, the shading coefficient Sc=0.83.

2. Energy efficiency

Blind insulated glass are made of high-quality and aluminum louvers The U value can reach below 1.8, while the ordinary hollow glass is 3.0; the monolithic glass is generally 5.8.

3. Prevent Dust, oil fume, and pollution

The biggest advantage of blind insulated glass is the ability to prevent dust, oil fumes, and pollution. The blinds do not need to be cleaned to save your time.

4. Fire resistance

Blind insulated glass are not susceptible to open flames and do not release thick smoke in large fires. The double-layer tempered glass with aluminum louvers also has the function of blocking flame transmission, effectively reducing the probability of fire occurrence, and is a good fireproof product.

5. Soundproofing performance

Normal insulated glass can generally reduce indoor noise from RW-86 decibels to RW-45 decibels, while hollow louvers can reduce indoor noise to below RW-30 decibels, ensuring perfect sound insulation effect.

Blind Insulated Glass Types

Manual control

The magnetic block operation handle is used to control the closing device and lifting device to operate the louvers inside the insulated glass, such as lifting and flipping. The angle of the louvers can be adjusted to control the light and radiant heat entering the room, meeting the needs of insulation and indoor lighting.

Electric control

Using a 24V high silent motor to drive the lifting and angle adjustment of the blinds, wall button switch control, wireless remote control, voice control, and APP control can be achieved, eliminating the need for people to manually control the opening and closing of the blinds by walking to the window Elevating and lowering has great convenience and a good experience.

Optoelectronic intelligent control

The technical principle is to use "solar photovoltaic panels" to convert solar energy into electrical energy and continuously supply power to the "lithium battery receiver", thereby controlling the transmission system inside the glass cavity, achieving the functions of opening, closing, and dimming the blinds.