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Deiiang cleanroom materials are specifically designed for critical controlled environments, featuring low-particle and low-ionic performance. Widely used in sectors such as electronics, pharmaceuticals and life sciences, semiconductors, and new energy, these materials help customers achieve stable and reliable processes.
Our professional team provides a one-stop, customized supply of cleanroom materials to meet your specific requirements.
Cleanroom materials and general building materials are widely used in factories, laboratories, hospitals and commercial buildings. Both can meet basic structural and safety requirements, but they differ significantly in cleanliness control, surface properties and long-term stability in controlled environments. Choosing the right material depends on your contamination control level, production process sensitivity and maintenance expectations.
Material: Low-particle, low-VOC, low-outgassing substrates
Performance: Excellent particle control, chemical resistance and cleanability
Feature: Smooth, non-porous surfaces, easy to wipe down and disinfect
Application: Cleanrooms, critical production areas, GMP facilities
Material: Conventional concrete, gypsum board, wood, standard coatings
Performance: Focus on structure and cost, limited contamination control
Feature: May be porous, prone to dust retention and particle shedding
Application: Offices, corridors, warehouses, non-critical rooms
Flush cleanroom windows, general cleanroom doors and LED panel lights create smooth, easy‑to‑wash surfaces for food plants, helping control moisture, splashes and daily chemical washdowns in HACCP zones.
Sealed cleanroom windows, double‑glazed units and fire‑resistant MGO panels help pharma plants maintain GMP‑grade air‑tightness, pressure differentials and fire safety in core filling, compounding and packaging rooms.
Tempered cleanroom windows paired with MGO sandwich and hand‑made panels give medical device workshops bright visibility, strong impact resistance and tight joints that are easy to clean and validate.
Fireproof MGO panels, smooth cleanroom doors and surface‑mounted cleanroom lights build splash‑resistant, low‑dust rooms that handle pigments, oils and frequent cleaning in cosmetics production areas.
Labs combine MGO cleanroom sandwich panels, recessed cleanroom lights and chemical‑resistant epoxy floors to manage corrosion, splashes and precise monitoring in analytical, microbiology and R&D spaces.
ESD cleanroom panels, sealed doors, IP65 cleanroom lights and ESD epoxy floors work together to control particles and static, supporting wafer fabs, chip packaging and precision electronics lines.
Sliding and automatic cleanroom doors, robust glazing and chemical‑resistant epoxy floors support powder handling, coating and assembly in lithium battery and new energy cleanroom workshops.
To start, simply select a manufacturing process and upload a 3D CAD file.
Within a few hours we'll send you design for manufacturability (DFM) analysis and real-time pricing.
Once you review your quote and place your order, we'll start the manufacturing process. We also offer finishing options.
Our digital manufacturing process allows us to produce parts in as fast as 1 day.
Deiiang is a professional supplier and manufacturer of cleanroom construction materials, providing you with comprehensive, one-stop solutions for cleanroom construction.
| Core Material | Steel Sheet Thickness (mm) | Typical Thickness (mm) | Typical Width (mm) | Typical Length (mm) | Surface Finish / Features | Fire Rating |
|---|---|---|---|---|---|---|
| Rock wool (wall) | 0.376 / 0.426 / 0.476 / 0.50 | 50 / 75 / 100 | 950 / 1150 / 1200 | Customized, usually ≤ 6000 | Polyester or epoxy polyester; antibacterial coating optional | Non‑combustible A1 |
| MgO rock wool (wall) | 0.376 / 0.426 / 0.476 / 0.50 | 50 / 75 | 950 / 1150 | Customized | High abrasion‑resistant, scratch‑resistant coating | Non‑combustible A1; enhanced moisture resistance |
| Paper / aluminum honeycomb (wall) | 0.376 / 0.426 / 0.476 / 0.50 | 50 | 950 / 1150 | Customized | Smooth, high‑gloss surface; lightweight | Approx. B‑s1,d0 |
| Rock wool (ceiling) | 0.376 / 0.426 / 0.476 / 0.50 | 50 / 75 | 950 / 1150 | Customized | Anti‑static coating optional | Non‑combustible A1 |
| Type | Leaf Construction | Frame Material | Typical Opening Size (W × H, mm) | Vision Panel | Hardware |
|---|---|---|---|---|---|
| Single‑leaf cleanroom door | Steel leaf, honeycomb / rock wool infill | Powder‑coated steel frame | 800–1000 × 2100 / 2200 | Flush double‑glazed toughened glass | Stainless steel hinges, mortise lock, door closer |
| Double‑leaf cleanroom door | Two steel leaves, rock wool core | Powder‑coated steel frame | 1400–1800 × 2100 / 2200 | Strip‑type double‑glazed glass | Flush bolts, coordinator, door closer, pull handles |
| Airtight cleanroom door | Monolithic steel / aluminum leaf | Steel / aluminum frame | Customized | Double‑glazed insulated glass unit | Airtight lock, special sealing system |
| Automatic sliding cleanroom door | Steel or glass sliding leaf | Aluminum track + steel posts | 900–1200 × 2100 / 2200 | Large glazed vision panel | Operator unit, sensors, access / interlock interface |
| Door accessories | — | — | — | Round / rectangular observation windows | Electromagnetic locks, interlock system |
passbox CE Certification
Cables CE certification.
PC Panels CE certification
airshower CE certification
Industrial Door CE certification
Aluminum profiles CE certification
FFU CE Certification
switch CE certification
Deiiang Materials Quality Control Flowchart
Cleanroom materials are specifically designed for cleanroom construction. They not only meet the quality and environmental requirements of ordinary building materials but also must be dust-free, easy to clean, and have good sealing properties. These include cleanroom panels, floors, doors and windows, gloves, protective clothing, cotton swabs, adhesive mats, and packaging materials.
Unlike ordinary workshop supplies, cleanroom materials undergo particle shedding and extractable testing according to cleanroom standards such as ISO 14644 and IEST recommendations.
In short, ordinary materials prioritize strength and cost, while cleanroom material design prioritizes contamination control, followed by durability, comfort, and efficiency.
The first consideration should be your process flow and ISO level. The cleanliness requirements for an ISO 5 semiconductor production line are higher than those for an ISO 8 packaging workshop in a pharmaceutical factory.
When selecting materials for semiconductors, anti-static requirements need to be controlled, while pharmaceutical factories place greater emphasis on antibacterial, environmentally friendly, easy-to-clean, and corrosion-resistant properties.
Please refer to ISO 14644 and your GMP or FDA guidelines, and then communicate with suppliers who can provide real test data on particulate matter, ions, and extractables (not just marketing terms).
At Deiiang, we typically start with your User Requirements Specification (URS) and provide a list of cleanroom material options, offering the most suitable material selection based on your industry requirements.
For air cleanliness, most facilities follow the ISO 14644 series of standards, which defines limits for airborne particulate matter and sets requirements for compatible building structures and cleanroom materials.
In pharmaceutical and biotechnology plants, EU GMP, Chinese GMP, and WHO GMP all require that cleanroom materials used in critical areas do not shed particulate matter, are easy to clean, and do not foster microbial growth.
For electrostatically sensitive environments, antistatic cleanroom materials should meet the charge control and resistance range requirements of ANSI/ESD S20.20 and IEC 61340.
Deiiang materials meet ISO, UL, and CE certification standards, suitable for cleanroom material requirements in major regions worldwide.
Safety depends on the cleanroom material itself and how it is used. For example, wipes and gloves used near product contact areas need low extractable content and comply with clearly defined regulatory requirements.
Deiiang supplies some cleanroom materials with RoHS, REACH, and other relevant documentation, and in some cases, biocompatibility or food contact statements so that the quality assurance department can audit them according to internal standards.
In regulated industries, we always recommend that users conduct their own risk assessments and, where necessary, perform compatibility or leaching tests on pharmaceuticals, medical devices, or packaging.
We do not promise "universal safety" for any cleanroom material, but rather provide transparent data and collaborate with your quality and regulatory teams to make evidence-based decisions.
Deiiang specializes in cleanroom materials. All our products are designed with quality assurance and contamination control as our core philosophy, rather than simply focusing on price.
Our product engineering team has over 10 years of experience in the cleanroom industry. We can design qualified products that meet ISO standards, GMP audit requirements, and electrostatic discharge (ESD) requirements, tailored to your specific needs.
Even the best cleanroom material can be compromised by poor storage. Keep original packaging sealed, stored off the floor and away from dusty or humid areas.
For critical products like cleanroom wipes, garments and gloves, follow a FIFO or FEFO system, and avoid opening bulk cartons directly inside the cleanroom without a proper gowning or staging area.
Many facilities set up a dedicated clean storeroom for cleanroom materials, with basic controls on temperature, humidity and traffic, plus simple logs to track batches used in each area.
Deiiang can share practical storage and handling checklists, so your team treats each cleanroom material as part of the validated system, not just a disposable consumable.
Choosing the right building materials and equipment is not only cost-effective but also crucial to the success of a cleanroom project.
Based on your industry characteristics and environmental requirements, determine the appropriate cleanroom materials, such as: panels, flooring, HVAC, lighting systems, and intelligent control systems.
Step 1: Determine the cleanliness level and temperature/humidity requirements based on product and industry standards.
Step 2: Determine the specific requirements for building materials based on product characteristics, such as panel thickness and height, flooring type (epoxy resin paint, PVC flooring, or alloy raised floor), and whether corrosion and anti-static properties are required.
Step 3: Select the HVAC system. Based on temperature and humidity requirements and the outdoor environment, determine whether to use a water-based or refrigerant-based system, and the level of automation control.
Step 4: Determine the electrical system. Calculate the total power consumption based on equipment and HVAC power consumption, and determine the selection of main cables, distribution boxes, etc.
Of course, a complete cleanroom project involves many building materials, requiring a systematic and professional engineering team to handle it effectively.
You can send us your basic requirements, and our team will generate a complete materials list and quotation based on your needs.
