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Cleanroom Panel: Key Materials for Creating Dust-free Space

Update:02 Jan 2025
Summary:

In modern industry and medical industry, cleanroom is t […]

In modern industry and medical industry, cleanroom is the core facility to ensure clean and sanitary production environment. As the main component of cleanroom, cleanroom panel plays a vital role in building structure, environmental control and cleanliness maintenance.
Clean room panel is a building material designed for clean environment, used to construct walls, ceilings and partitions of cleanroom. This kind of panel has excellent sealing, corrosion resistance and easy cleaning, which can effectively prevent dust, particles and bacteria pollution and meet the requirements of different cleanliness levels.
Colored steel plate: smooth surface, strong anti-rust performance, suitable for food, electronics and other industries.
Stainless steel plate: excellent corrosion resistance, often used in pharmaceutical and bioengineering fields.
Aluminum alloy plate: light and high strength, suitable for projects with high structural weight requirements.
Glass magnesium plate: fireproof, suitable for environments with strict safety requirements.


Cleanroom panel ensures that particles and pollutants in the air cannot penetrate through a unique splicing structure, maintaining a stable environment in the cleanroom.
The surface of the panel has been specially treated to resist the erosion of chemical substances such as acid and alkali solutions, extending its service life.
The smooth, non-porous surface design makes the clean room panels easy to clean and maintain, meeting the hygiene requirements.
Some clean room panels are made of fireproof materials to meet the needs of safe production and prevent fire hazards.
Many clean room panels are made of environmentally friendly materials, which meet the requirements of sustainable development while reducing potential harm to the human body.
The core materials are mostly polyurethane, rock wool, etc., which have good thermal insulation and fire resistance.
Higher strength, often used in large industrial clean rooms.
High fire protection level, suitable for occasions with strict fire protection requirements.
Lightweight and strong, widely used in aerospace, medical and other fields.
In semiconductor and microelectronics manufacturing, clean room panels can ensure that the production environment reaches a high cleanliness level (such as ISO 5 and below).
Biological laboratories, pharmaceutical factories and operating rooms require a highly sterile environment, and clean room panels provide effective protection.
By inhibiting the growth of microorganisms, clean room panels ensure the hygienic safety of food production.
In the manufacture of high-precision equipment, clean room panels help prevent particulate contamination and improve product qualification rate.
For higher cleanliness (such as ISO 4-5), double-sided steel sandwich panels can be used; for medium and low cleanliness, single-sided steel sandwich panels with higher cost performance can be used.
Pharmaceutical and medical fields: stainless steel panels are preferred, which are corrosion-resistant and easy to clean.
Electronics industry: it is suitable to choose color steel plates with smooth surfaces.
Food processing: focus on environmental protection and antibacterial properties, and glass magnesium sandwich panels are recommended.
On the premise of meeting cleanliness requirements, choose cost-effective materials to reduce engineering costs.
Combine sensors and Internet of Things technology to develop smart panels with environmental monitoring functions to achieve real-time monitoring of temperature, humidity and particle concentration.
Use more environmentally friendly materials and manufacturing processes to reduce carbon footprint and promote sustainable development.
Develop panels with multiple functions such as antibacterial, fireproof, and soundproof to meet increasingly complex application needs.
Clean room panels, as an important cornerstone of clean room construction, not only determine the cleanliness of the space, but also affect production efficiency and product quality. With the continuous advancement of technology, clean room panels will develop in a more efficient, environmentally friendly and intelligent direction, providing better solutions for the industrial and medical fields.

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