Cleanroom Supplies and Products

Cleanroom supplies from MSE Supplies are designed to support contamination-controlled environments where cleanliness, precision, and reliability are critical. Depending on your application and required cleanroom classification, different types of supplies may be more appropriate, ranging from basic contamination control products to highly specialized consumables for stringent ISO-rated environments. All cleanroom supplies are manufactured and packaged to minimize particle generation, ensuring they are suitable for sensitive laboratory, semiconductor, pharmaceutical, and advanced materials research applications. 

Choose from cleanroom apparel, cleaning tools, cleanroom stationery and consumables, storage solutions, packaging materials, and essential cleanroom equipment designed to maintain contamination control and operational integrity.

Cleanroom Class Level (FS 209E) ISO Equivalence (ISO 14644-1)

Suitable Pre-Cleanroom

Areas 

Typical Cleanroom Consumables & Materials Suitable Industries
Class 1 ISO Class 3 Ultra-clean staging, final gowning, air showers, laminar flow buffer zones Ultra-low particle wipes, sterile packaged swabs, semiconductor-grade nitrile gloves, double-bagged consumables, wafer-grade containers Advanced semiconductor, nanofabrication, space optics
Class 10 ISO Class 4 Gowning rooms (multi-stage), air shower entry, material pass-through chambers Cleanroom wipes (polyester microfiber), sticky mats, sterile garments, wafer carriers, ESD-safe tools Semiconductor wafer fabrication, microelectronics, MEMS
Class 100 ISO Class 5 Full gowning rooms, ante-room, material airlocks Sterile wipes, IPA/solvent wipes, ESD gloves, cleanroom notebooks, sterilized tools, particle-free swabs Semiconductor, pharmaceutical an biotech labs
Class 1,000 ISO Class 6 Basic gowning area, controlled entry rooms Polyester wipes, latex/nitrile gloves, bouffant caps, shoe covers, cleanroom pens, adhesive mats Medical device manufacturing, optics assembly, aerospace components
Class 10,000 ISO Class 7 Partial gowning area (smock/coat rooms), controlled warehouse staging Nonwoven wipes, disposable lab coats, shoe covers, basic ESD packaging, general cleanroom tapes Medical device assembly, automotive electronics, battery manufacturing
Class 100,000 ISO Class 8 Minimal gowning area (coat-on entry), controlled production floor Basic wipes, disposable gloves, hairnets, general-purpose cleaning cloths, packaging films Food packaging, industrial electronics, general manufacturing
ISO Class 9 (controlled environment) ISO 9 Standard industrial entry (no full gowning) Standard wipes, dust covers, basic PPE, polyethylene packaging Warehousing, low-risk assembly, general industrial production

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Substrates, Storage, and Adjacent Containment in Semiconductor and Research Cleanroom Workflows

Cleanroom supplies control the environment around a process. The substrates being processed, the carriers that move them between stations, and the enclosures that protect them between sessions each introduce their own contamination pathways that cleanroom supplies address at specific points in the workflow. Understanding which substrate and which step is exposed tells you which class of cleanroom consumable applies.

Substrates That Define the Cleanliness Requirement

The cleanliness class required for a workflow is set by the most sensitive substrate in it. Sapphire and SiC wafers used in power electronics, RF devices, and LED fabrication typically require ISO Class 5 or cleaner handling during epitaxial deposition and lithography, where particle contamination at the wafer surface causes device failures that are not detectable until the end of the process sequence. The particle density the cleanroom must maintain is a function of the critical dimension of the device structures on that substrate.

Wafer Transport and Carrier Systems

Moving substrates between process stations without exposing them to open-air particle deposition is one of the primary functions cleanroom consumables serve. A silicon wafer carrier holds wafers in a particle-shielded enclosure during transport between tools, maintaining the surface cleanliness achieved at one station through to the next without reinspection or cleaning steps between each transfer. Carrier selection depends on wafer size, the number of wafers in transit, and whether the carrier must be compatible with automated handling equipment at the destination tool.

Dry Storage and Controlled-Atmosphere Enclosures

Between active process steps, substrates and finished wafer sections require storage that maintains surface cleanliness and prevents moisture adsorption. A desiccator cabinet provides a dry, particle-reduced enclosure for storing cleaned substrates, photomasks, and sensitive components between process sessions without requiring a full inert atmosphere. For process steps where reactive compounds must be handled without atmospheric exposure, gloves boxes provide sealed inert atmosphere enclosures that extend contamination control to the gas phase as well as the particle phase.

MSE Supplies Air Protection Products including fume hoods and laminar flow workstations complete the bench-level containment environment for steps that require particle and chemical vapor control outside a full cleanroom. For an overview of all laboratory instrumentation and materials available from MSE Supplies, the Materials Science products hub covers all research categories.

Frequently Asked Questions

Should I choose a single wafer case or a 25-wafer carrier box?

Single wafer carrier cases hold one wafer each and suit samples that are stored, shipped or handled individually. The 25-wafer carrier boxes hold a full set of one diameter, which suits batch processing and lot storage. Both are made from polypropylene and listed as Cleanroom Class 100 grade, for example the MSE PRO 4 Inch Single Wafer Carrier Case (Pack of 10).

When do I need the ESD safe versions?

Choose the antistatic polypropylene versions when your wafers or devices are sensitive to electrostatic discharge, or when static would pull particles onto the surface. ESD safe single wafer cases come in 1, 2, 3, 4 and 6 inch sizes, such as the MSE PRO 4 Inch ESD Safe Single Wafer Carrier Case, and there is a 4 inch ESD safe 25 wafer storage box.

What wafer sizes are covered?

Single wafer carrier cases cover 1, 2, 3, 4, 6 and 8 inch wafers in packs of 10, plus a 12 inch, 300 mm single wafer carrier case. The 25-wafer carrier boxes come in 2, 3, 4 and 6 inch diameters. Match the case to the wafer diameter, since a loose fit lets the wafer shift and chip at the edge.

How should I store small pieces, chips or thin samples?

Static dissipative membrane boxes hold small samples between flexible membranes so they stay in place. Sizes run from the 38 x 38 x 17 mm membrane boxes, pack of 12 to the 300 x 300 x 50 mm membrane box. Move pieces in and out with MSE PRO Plastic Fiber Tweezers to avoid scratches and metal contact.

How do I order in volume or a size that is not listed?

For several case sizes or large quantities, list each item and quantity in the bulk order request form. If you need a size, material or pack count that is not listed, send the details through a quote request so the options can be checked.