280314002 - Miller Electric Men's Medium Performance Polo - Periblue Heather

Product Overview

The Miller Electric 280314002 is a Men's Performance Polo Shirt designed for comfort and durability in non-hazardous environments. Sized Medium, this garment is constructed from high-quality performance polyester, engineered to manage moisture and maintain breathability throughout the day. The fabric features a "Periblue Heather" finish, offering a modern, textured look that distinguishes it from standard solid-color workwear. As an official Miller Electric licensed product, it features high-quality embroidery of the brand's logo, ensuring longevity and brand recognition.

This garment is specifically categorized as casual or promotional wear and is not Flame Resistant (FR). It is intended for use in office settings, sales counters, or off-site activities rather than active welding zones. The synthetic composition of the fabric provides superior color retention and resistance to shrinkage compared to traditional cotton garments. The shirt is designed with a standard three-button placket and a self-fabric collar, maintaining a professional silhouette that holds its shape after repeated laundering.

Technical Specifications

The performance fabric utilized in this SKU is selected for its high strength-to-weight ratio and hydrophobic properties, which facilitate rapid evaporation of perspiration. The "Heather" effect is achieved by interweaving yarns of varying shades, providing visual depth and helping to conceal minor stains or dust better than flat colors. The shirt includes a tag-free label design to eliminate neck irritation, a common complaint in industrial apparel. The hem is double-stitched for reinforcement, ensuring the garment withstands the rigors of daily wear.

While this item serves primarily as branded merchandise, it adheres to Miller's standards for quality. It is machine washable and designed to dry quickly, making it an excellent travel companion for trade shows or industry events. Users should note that because the material is synthetic, it should be kept away from open arcs, sparks, and high heat sources to prevent melting.