The name Oxford refers to a type of cloth originally made in Scotland. It's heavier and has a rougher weave (also sometimes known as a basket weave) than other types of shirts, which means it's sometimes more durable. Oxford cloth tends to hold its shape well and is often stiffer than other kinds of fabric, too.

WHAT IS A REGULAR FIT T-SHIRT? A regular fit T-shirt usually hugs snuggly around the body while leaving adequate room for comfort in the sleeves and waist. The right size regular fit T-shirt is loose, but not too much to the point of being sloppy or over-the-top.

Oxford shirts typically have a button-down collar. Designed to prevent the collar from fluttering and getting caught underneath clothing, this is ideal. Named after the fabric used to make them, Oxford cloth, an Oxford shirt is made of cotton.

19th century Dating back to the 19th century, the Oxford Shirt originates in Scotland.

Incredibly easy to wear (and care for), the Oxford shirt is extremely durable. A high-quality Oxford shirt, that is cared for properly, can last the owner a lifetime.

An Oxford Shirt is usually considered a type of dress shirt, but the Oxford shirt is different from a regular dress shirt in two ways: They usually have a button down-style collar which eliminates that problem of collars flopping around and/or laying flat and disappearing underneath a jacket's collar.

The Difference Between a Slim and Regular Fit Shirt

• Slim fit. If the shape of your body belongs to categories such as “skinny”, “slender”, “lean” or “slim”, then you most probably need a slim fit.
• Regular fit. If you belong to the beefier category, muscle or not, you should be considering a regular fit.
• Conclusion.

First things first, and just in case, shirts are mainly long-sleeved compared to T-shirts' short sleeves. That said, you do of course get short sleeved shirts in which case the main difference with T-shirts is the collar and front opening with buttons. Shirts are worn to more formal occasions.

Cotton oxford Cotton oxford is a popular shirting fabric, particularly for more casual or sporty styles of dress shirts. Made in a variety of weaves and styles, they are ever-so-slightly heavier and thicker than what many consider to be “fine” dress shirts, boasting a texture as durable and wrinkle-resistant as it is charming.

Nowadays, Oxford shirts are easily differentiated from classic formal shirts by not only their unique collars, and chest pockets, but also the material used is a lot thicker than that of a normal modern men's shirt.

Originally made from pure cotton, but increasingly blended with other additional materials such as polyester and rayon for stretch or wrinkle free characteristics. Machine washable, retains shape, naturally resists wrinkles so requires little ironing.

With shorts Whatever the weather, or the dress code, our Oxford Shirts pair with both loafers, and sneakers; which is why they're such an essential piece of kit in every man's wardrobe. For a more casual look, simply add a tee and leave unbuttoned for that BBQ-appropriate look that doesn't come off overdressed.

as the name implies is the traditional cut and fits looser around the body – both at the jacket and pants. The chest, arms, waist are all relaxed and looser. Never boxy, the regular fit is still impeccably tailored to flatter your individual body shape and size.

as the name implies is the traditional cut and fits looser around the body – both at the jacket and pants. The chest, arms, waist are all relaxed and looser. Never boxy, the regular fit is still impeccably tailored to flatter your individual body shape and size.

Oxford fabric is a notable textile known for its glossy finish, durability, and softness. Primarily used in shirt manufacturing, it has found its way into a wide range of other garments, including blazers, skirts, dresses, and dress pants.

It is a basket-weave fabric that is sometimes used to make Oxford shirts, which can be worn in both formal and casual settings. Oxford fabric's widespread appeal stems from its versatile design and high production volume.