The PIP HSCTM3-48NV Uniform Technology Microdenier ESD Sitewear Top is a navy, pullover top designed for use in controlled environments where static control is important. Constructed with ESD Microdenier fabric, it delivers static dissipative properties suitable for electronics, aerospace, and other settings that require dependable electrostatic management while remaining launderable for repeated use.
Key construction features include raglan sleeves for greater range of motion, a three-snap front placket, ESD knit cuffs, a bound neck, and bottom-side-seam slits to enhance fit and ease of wear. These elements help support comfortable all-day use in environments that demand low-dust, stable clothing alongside effective static control.
Suitable use cases span industrial manufacturing, electronics and aerospace facilities, medical and dental labs, food packaging, cultivation, and university laboratories. The garment is reusable and launderable, which informs maintenance planning and total-cost-of-ownership considerations. The top is sized and packaged for single-case quantity use, with consistent color and fabric characteristics across units to help maintain uniform appearance in team environments. When selecting, note that the product is categorized as sitewear with static-dissipative properties, and intended for environments where ESD safety is a factor. For best results, follow standard laundering practices appropriate for polyester blends and ESD fabrics, and verify compatibility with any additional PPE or facility guidelines in use.
Features:
- ESD Microdenier Fabric – 99% Polyester / 1% Carbon
- Raglan sleeves for increased mobility
- Placket with 3 snaps for easy wear
- ESD knit cuffs and bound neck
- Slits at bottom of side seams for comfort
- Reusable / Launderable design
- Color:
- Navy
- sustainability:
- Reusable / Launderable
- Construction:
- ESD Safe
- Closure:
- Pullover
- Fabric:
- ESD Microdenier
- Clothing Type:
- Sitewear
- Static Control:
- Static Dissipative
- Case Quantity:
- 1
- Package Size:
- Each