DeWalt Mens Jonesboro Stretch 1/4 Zip Work Top Midlayer

Lightweight Warmth with Flexible Comfort

The DeWalt Mens Jonesboro 1/4 Zip Work Top is a high-performance midlayer designed for on-site layering and all-day comfort. Made from 100% stretch polyester with a grid fleece backing, this lightweight work top provides warmth, breathability, and mobility in one versatile garment.

Key Features

• Stretch Polyester Fabric: Offers flexibility for easy movement on the job
• Grid Fleece Backing: Traps warmth while promoting breathability
• ¼ Length Zip: Funnel neck collar with zipper for quick ventilation and temperature control
• Lightweight & Layerable: Ideal as a midlayer or standalone top depending on conditions
• Professional Fit: Designed for tradesmen and active jobsite use

Specifications

• Material: 100% Polyester stretch fabric
• Back: Grid fleece interior for added warmth
• Neckline: Funnel neck with ¼ zip
• Fit: Regular fit – designed for layering
• Weight: Lightweight and breathable

Ideal For

• Construction and trade professionals
• Warehouse and logistics teams
• Outdoor workers and site supervisors
• Anyone needing a flexible, warm midlayer

Shipping & Returns

Fast Shipping

Orders ship within 1–2 business days with tracking provided.

Easy 30-Day Returns

Not the right fit? Return or exchange within 30 days—no hassle.

Frequently Asked Questions

Is the Jonesboro top suitable for cold weather?

Yes, the grid fleece backing provides thermal warmth, making it ideal for layering in colder conditions.

Can I wear it under a jacket?

Absolutely. It’s designed as a midlayer and fits comfortably under heavier workwear or waterproof outer layers.

Is the fabric breathable?

Yes, the stretch polyester fabric and grid fleece are both lightweight and breathable, reducing moisture build-up during work.

Does it fit true to size?

Yes, it has a regular fit designed to be worn over a base layer or t-shirt and under jackets.

Is it machine washable?

Yes, we recommend machine washing at 30°C and air drying to maintain fabric performance.