Teknipure TC2MFUW-44 MicroClean™ Microfiber Sealed Edge Wipers, 4″x4″, Case of 8000
Teknipure TC2MFUW-44 MicroClean™ Polyester/Nylon Microfiber Wiper, Sealed Edge, 4 in x 4 in, Case of 8,000
The Teknipure TC2MFUW-44 MicroClean™ is a dry, non-sterile polyester/nylon microfiber cleanroom wiper with a sealed edge in the compact 4"x4" format, rated for ISO Class 2–7 environments. The "W" in the SKU designates the non-laundered format — providing the split-filament microfiber cleaning performance of the MicroClean™ line at a lower cost per wipe than the laundered TC3MFB1-44, making it the preferred choice for high-volume precision component cleaning where the additional cleanliness of a laundered wiper is not required by your protocol. At 8,000 wipers per case (400 wipers/bag, 20 bags/case), the TC2MFUW-44 delivers the highest count per case in the MicroClean™ 4"x4" format for maximum economy in high-volume operations. The 4"x4" format is designed for precision tasks on small components, connector pins, optical surfaces, and tight-access areas. Sealed edge for low fiber release. 5-year shelf life.
Sold in cases of 8,000 wipers (400 wipers/bag, 20 bags/case).
Specifications
| SKU | TC2MFUW-44 |
|---|---|
| Brand | Teknipure |
| Product Line | MicroClean™ (non-laundered) |
| Construction | Polyester/nylon microfiber blend, split-filament knit/woven, sealed edge |
| Size | 4 in x 4 in (10.2 cm x 10.2 cm) |
| Sterility | Non-sterile (dry) |
| Laundering | Non-laundered |
| Packaging | 400 wipers/bag, 20 bags/case, 8,000 wipers/case |
| Cleanroom Rating | ISO Class 2–7 (Grades A–D, Class <1–10,000) |
| Shelf Life | 5 years from date of manufacture (dry/non-sterile) |
| Chemical Compatibility | IPA, disinfectants, solvents, lubricants, adhesives |
| Application | Small component cleaning, connector pin wiping, optical surface cleaning, fingerprint and oil removal, high-volume precision cleaning |
| Industries | Semiconductor/microelectronics, optical, medical device, pharmaceutical, aerospace/defense |
Frequently Asked Questions
What is the difference between the TC2MFUW-44 (non-laundered) and the TC3MFB1-44 (laundered) in the 4"x4" format?
Both are polyester/nylon microfiber wipers in the 4"x4" format with sealed edges. The TC3MFB1-44 is laundered in a Class 10 (ISO Class 4) environment and uses a sealed border — making it suitable for the most critical ISO Class 2–4 environments where maximum cleanliness and fiber control are required. The TC2MFUW-44 is non-laundered with a sealed edge — providing the same split-filament microfiber cleaning performance at a lower cost per wipe for applications where the additional cleanliness of a laundered wiper is not required by your protocol. The TC2MFUW-44 also delivers 8,000 wipers per case vs. 4,800 for the TC3MFB1-44, further reducing cost per wipe for high-volume operations.
Why choose a 4"x4" microfiber wiper over a 9"x9"?
The 4"x4" format is designed for precision tasks on small components, connector pins, optical surfaces, and tight-access areas where a 9"x9" wiper would be wasteful or unwieldy. For a single component cleaning task, a 4"x4" wiper uses only a fraction of the material of a 9"x9", significantly reducing cost per cleaning event in high-volume component cleaning operations. The 9"x9" (TC2MFUW-99) remains the standard choice for bench and equipment surface cleaning.
What makes microfiber better than standard polyester for optical and precision surface cleaning?
Microfiber uses split filaments — each filament is mechanically split into many finer sub-filaments, creating a high-surface-area fabric with microscopic channels that physically lift and trap particles, oils, and fingerprints rather than redistributing them. This is particularly effective for removing oily contamination and fingerprints from optical surfaces, display glass, and polished metal where standard polyester would smear rather than remove the contamination.
Is a presaturated version of the TC2MFUW-44 available?
Contact MTE Solutions for availability of presaturated MicroClean™ microfiber wipers in the 4"x4" format.
