Alpha Pro Tech FK-32122-5 AlphaGuard Frock, Mandarin Collar, White, 2XL
Alpha Pro Tech FK-32122-5 AlphaGuard Frock, Mandarin Collar, White, 2XL
The Alpha Pro Tech AlphaGuard® Frock is an SMS (spunbond-meltblown-spunbond) garment that delivers enhanced particle filtration and light fluid resistance for cleanroom and controlled environment applications. Its three-layer SMS construction provides a superior barrier compared to standard polypropylene, with a mandarin snap collar, raglan sleeves, elastic wrists, and serged seams for a secure fit with no pockets.
Sold 30/case.
Specifications
| Brand | Alpha Pro Tech |
| Product Line | AlphaGuard® |
| Garment Type | Frock |
| Size | 2XL |
| Color | White |
| Material | SMS (Spunbond-Meltblown-Spunbond) |
| Collar | Mandarin Snap Collar |
| Sleeve Style | Raglan |
| Wrist | Elastic |
| Closure | Snap |
| Pockets | None |
| Seams | Serged |
| Particle Protection | Yes — enhanced three-layer SMS barrier |
| Fluid Resistant | Yes — light splash resistance |
| Disposable | Yes — single use |
| Applications | Cleanroom, controlled environments, electronics assembly, light fluid splash environments |
| Manufacturer | Alpha Pro Tech |
Frequently Asked Questions
What does SMS mean in AlphaGuard® construction?
SMS stands for Spunbond-Meltblown-Spunbond — a three-layer fabric where the meltblown middle layer provides enhanced particle filtration and light fluid resistance compared to single-layer polypropylene.
How does AlphaGuard® compare to ComforTech®?
Both offer particle and light fluid protection, but ComforTech® uses microporous film laminate for a higher level of fluid barrier performance. AlphaGuard® SMS is a step up from standard PP while remaining cost-effective.
Is AlphaGuard® suitable for cleanroom use?
Yes — AlphaGuard® SMS construction is appropriate for cleanroom and controlled environment applications requiring enhanced particle and light fluid barrier protection.
Why does the AlphaGuard® Frock have no pockets?
The no-pocket design is standard for cleanroom garments to prevent contaminants from being carried into or out of sensitive manufacturing environments.
