Custom Patch Types: A Complete UK Comparison Guide

Patch types describe the manufacturing method used to produce a badge, ranging from woven thread to moulded PVC. Each method changes how a design looks, feels, and performs once it’s stitched or fixed onto a garment. Buyers comparing patch types are usually deciding between detail level, texture, and durability before placing a custom order. Among the four main UK manufacturing methods, custom woven patches are best suited to fine detail and thin logo work, while embroidered, PVC, and chenille patches each serve different design and durability needs. This guide compares all four types so you can match the right method to your design, budget, and application.

What Are the Main Types of Custom Patches?

Custom patches fall into four core categories in the UK market: woven, embroidered, PVC, and chenille. Each type uses a different production process, and that process directly determines the level of detail a design can hold. Buyers who understand these differences avoid ordering a patch type that can’t reproduce their artwork accurately.

Woven Patches

Woven patches use a high thread density to recreate fine detail, small text, and thin outlines that other methods cannot hold. The weaving process locks thread directly into the base fabric rather than stitching on top of it, which keeps the surface flat and the edges crisp. Woven patches suit logos with gradients, small lettering, or intricate linework — the kind of detail that would blur or fill in on a standard embroidered patch. For a full breakdown of how thread density and weave type affect the finished result, see our guide to thread density and weave type.

Embroidered Patches

Embroidered patches build a design using raised stitching over a twill fabric base, giving a textured, dimensional finish. The stitch density is lower than woven production, which makes embroidered patches better suited to bolder designs with larger lettering and simpler shapes. Embroidered patches typically use a merrow border, an overlocked edge finish that adds durability around the perimeter. Unlike woven patches, embroidered patches struggle with fine detail below a certain point size, since the thread sits proud of the surface rather than flush within it.

PVC Patches

PVC patches are moulded rather than stitched, using coloured PVC injected into a 2D or 3D mould to form the design. This method produces a rubberised, waterproof patch that holds bold colour blocks and raised 3D relief well, making it a common choice for outdoor and tactical gear. PVC patches resist weathering better than fabric-based patches, which is why they appear frequently on rucksacks, jackets, and equipment exposed to rain or heavy use. Colour-fastness is a defining attribute here — PVC patches hold saturated colour without fading in the way printed or embroidered thread can over time.

Chenille Patches

Chenille patches use looped yarn to create a raised, textured surface, most recognisable on varsity jackets and letterman-style badges. The yarn loops give chenille patches a soft, tactile finish that differs from the flat surface of woven patches or the stitched texture of embroidered ones. Chenille patches suit bold, simple letterforms and shapes rather than fine detail, since the yarn loop technique cannot reproduce small text legibly.

How Do Patch Types Differ in Production?

Patch production methods vary in three main areas: thread density, forming process, and backing compatibility. Understanding these differences explains why one patch type suits fine detail while another suits texture or weatherproofing.

Thread Density and Fine Detail (Woven vs Embroidered)

Woven patches use significantly higher thread density than embroidered patches, which is the primary reason woven designs hold finer detail. Embroidered patches lay thread on top of a twill base in raised stitches, while woven patches interlace thread directly into the weave itself, producing a thinner, flatter profile. This distinction matters most for logos containing small text or fine linework, where embroidery’s stitch width causes letters to fill in or blur.

Moulding vs Stitching (PVC vs Fabric-Based Patches)

PVC patches are formed through injection moulding, not stitching, which separates them structurally from woven, embroidered, and chenille patches. Moulding allows PVC to achieve raised 3D relief and sharp colour separation without thread limitations, but it cannot reproduce the soft texture or fabric feel of a stitched or woven patch. Fabric-based patches — woven, embroidered, and chenille — share a common textile base, which is why they’re typically compared against each other for apparel, while PVC is compared separately for equipment and outdoor use.

Backing and Edge Finishing Across Patch Types

Backing type and edge finish apply differently depending on the patch method chosen. Woven and embroidered patches commonly use a merrow border or laser-cut edge, while PVC patches rely on a moulded edge as part of the production process itself. All four patch types support iron-on, sew-on, and Velcro backing, though the choice of backing often depends on the garment and application context rather than the patch type. Full detail on how backing options work across patch types is covered in our guide to patch backing types.

Which Patch Type Suits Which Design?

Choosing between patch types comes down to matching the design’s detail level, texture, and end use to the production method that handles it best. Three factors decide this: text and logo fineness, whether the design needs raised texture or flat colour, and where the patch will be worn or fixed.

Best Patch Type for Fine Text and Small Logos

Woven patches are the best patch type for fine text and small logos, because their thread density reproduces detail that embroidery and chenille cannot hold. A logo with lettering under 5mm, thin outlines, or subtle colour gradients will render clearly on a woven patch and blur or fill in on an embroidered one. Designers working with corporate branding, fine linework, or detailed crests typically default to woven production for this reason.

Best Patch Type for Bold, Raised Designs

Embroidered and chenille patches suit bold, raised designs better than woven or PVC, since both methods build texture through thread or yarn rather than a flat weave. Embroidered patches work well for larger lettering, mascots, and club crests where a dimensional, stitched finish adds visual weight. Chenille patches take this further, using looped yarn to create the thick, tactile surface associated with varsity and letterman badges.

Best Patch Type for Outdoor and Tactical Gear

PVC patches are the preferred patch type for outdoor and tactical gear, because moulded PVC resists water, UV fading, and general wear better than any fabric-based alternative. Military, security, and outdoor equipment brands specify PVC most often, since the material holds its shape and colour through repeated exposure to rain and abrasion. Velcro backing is the standard pairing for PVC patches in this context, allowing quick removal and reattachment across different kit.

Patch Type Comparison Table

The table below sets out how woven, embroidered, PVC, and chenille patches compare across the attributes that matter most when choosing between them.

Woven patches sit at the top of this table for detail and thread density, which is the specialism this site is built around — see our woven vs embroidered patches and woven vs PVC patches comparisons for a deeper look at how each pairing performs side by side.

How Are Different Patch Types Applied?

Patch application method depends on backing type, and backing type is available across all four patch categories rather than being restricted to one.

Iron-On, Sew-On and Velcro Backing by Patch Type

All four patch types — woven, embroidered, PVC, and chenille — support iron-on, sew-on, and Velcro backing, though the practical choice often depends on the garment rather than the patch material itself. Iron-on backing suits lightweight fabric applications where a home iron can activate the adhesive. Sew-on backing gives the strongest, most permanent attachment and is preferred for workwear and uniforms subject to repeated washing. Velcro backing is most common on PVC and tactical patches, since it allows a patch to be swapped between kit without stitching. Edge finish also plays a role in how a patch wears over time — merrowed, laser-cut, and heat-cut edges each affect fraying resistance differently, covered in full in our guide to patch edge finishing.

Stories About Our Customers

Schools ordering uniform badges typically choose embroidered patches for their crest, valuing the raised, traditional finish over flat detail. Motorcycle clubs and security firms lean toward PVC for jacket and equipment patches, prioritising weatherproofing over fine text. Corporate clients with detailed logos and thin typography consistently move toward woven production once they see how embroidery softens their smaller design elements. Sports clubs pairing a crest with player names often combine methods — a woven main badge alongside embroidered lettering — to balance detail with budget.

Frequently Asked Questions

Is a woven patch better than an embroidered patch?

Yes, for fine detail and thin logos — woven patches use higher thread density and produce sharper small text than embroidered patches. Embroidered patches remain the stronger choice where a raised, textured finish is the design goal rather than fine detail.

Do all patch types support the same backing options?

Yes, iron-on, sew-on, and Velcro backing are available across woven, embroidered, PVC, and chenille patches, though PVC favours Velcro backing for tactical and outdoor use specifically.

Can one design be produced in more than one patch type?

Yes, most logos can be produced as woven, embroidered, or PVC, with the final appearance depending on detail level and the material chosen. Designs with fine text render best as woven; bolder shapes suit embroidery, chenille, or PVC.

Is PVC patch production more expensive than fabric patches?

No, PVC and woven patches are often similarly priced at low order quantities, with cost driven more by patch size and colour count than by the production method itself.

Summary: Choosing the Right Patch Type

Patch type selection comes down to matching detail level, texture, and application environment to the right production method. Fine text and detailed logos point toward woven production, bold and textured designs suit embroidery or chenille, and outdoor or tactical use calls for PVC. Buyers weighing up their options can start with our range of custom woven patches to see how thread density and fine detail compare directly against the alternatives covered here.