Acrylic cleanroom

Overview of Acrylic Cleanroom: Acrylic cleanroom, also known as organic glass purification room, is a facility commonly used in industrial production, laboratories, operating rooms and other high cleanliness requirements. It is mainly composed of acrylic sheet (organic glass) and metal frame, with excellent transparency, weather resistance, corrosion resistance, and easy cleaning characteristics.
Characteristics of Acrylic Cleanroom
High transparency: The acrylic clean shed uses high-quality acrylic panels, making the entire shed highly transparent and easy to observe and operate.
Excellent weather resistance: Acrylic material can effectively resist the damage of ultraviolet rays and ozone, and is suitable for various harsh environments.
Corrosion resistance: In pharmaceutical and food factories, cleanrooms need to be regularly cleaned and disinfected, and acrylic materials can resist the corrosion of most chemicals.
Easy to clean: The surface of the acrylic board is smooth, and stains are not easily attached, making it easy to clean.
Flexible design: Acrylic cleanrooms can be designed in different shapes and sizes according to customer needs.
Application scenarios of acrylic clean room
Industrial production: Electronic, precision instrument and other production workshops need to prevent dust and pollution.
Laboratories: Biology laboratories, chemistry laboratories, etc., require control of the cleanliness of the experimental environment.
Medical field: operating rooms, clean rooms, etc. require extremely high cleanliness and sterile environment.
Food industry: Food processing, packaging and other processes require prevention of food contamination.
epilogue
Acrylic cleanrooms (organic glass cleanrooms) have become the preferred solution for various high cleanliness requirements due to their unique performance and design. It not only provides a clean working environment, but also has the characteristics of beauty and durability, which is an important manifestation of modern industrial civilization.