Patch comparison · Material · Colour · Durability
PVC vs Printed Patches: Durability, Colour and Cost Compared
PVC patches are moulded rubber badges made from polyvinyl chloride, produced in 2D or 3D relief at a finished thickness of 2.5mm to 3.5mm. Printed patches are flat fabric badges that carry a design printed onto a polyester base, usually by dye-sublimation. This guide compares the two constructions across material, colour, durability and cost, so you can choose the right custom patch for your logo, kit or event.
Featured Client
Core distinction
What Is the Difference Between PVC and Printed Patches?
PVC patches are moulded from solid rubber, and the pigment runs through the full depth of the material. Printed patches are made by printing a design onto a fabric base, so the colour sits on the surface. PVC patches win on durability, weather resistance and raised relief. Printed patches win on photographic colour, gradients and unlimited colour count. The right choice depends on where the patch works and how the artwork is built.
Moulded construction
What Are PVC Patches?
PVC patches are flexible rubber emblems moulded from liquid polyvinyl chloride inside an engraved metal die. Each patch reproduces a logo, crest or badge as raised 2D or 3D relief rather than printed ink. Manufacturers mix pigment into the liquid compound before moulding, so colour reaches through the full material depth instead of sitting on top. This construction makes PVC patches waterproof, colour-fast and non-fraying. Outdoor gear brands, tactical units and workwear firms specify PVC patches where durability decides the outcome.
Printed construction
What Are Printed Patches?
Printed patches are fabric badges that carry a printed design on a woven polyester base. Dye-sublimation transfers full-colour artwork into the fabric fibres under heat and pressure, which fixes the image without a raised surface. The print reproduces photographs, gradients and unlimited colours that a mould cannot hold. Printed patches stay thin, flat and lightweight, and they accept iron-on backing. Events, promotional campaigns and detailed artwork suit printed patches best.
At a glance
PVC vs Printed Patches: Side-by-Side Comparison
The table below sets PVC patches against printed patches across the attributes that decide most custom orders.
| Attribute | PVC Patches | Printed Patches |
|---|---|---|
| Material | Moulded polyvinyl chloride (solid rubber) | Ink or dye on a woven polyester (satin/twill) base |
| Colour method | Pigment through full material depth, Pantone-matched | Surface print — CMYK / dye-sublimation |
| Detail capacity | Spot colours, raised 2D/3D relief | Photographs, gradients, unlimited colours |
| Thickness | 2.5mm (2D) / 3.5mm (3D) | ~1mm, flat |
| Texture | Raised rubber relief, tactile | Flat, smooth, printed |
| Waterproof | Yes | No — the fabric base absorbs moisture |
| Outdoor durability | High — colour-fast and non-fading | Lower — the printed surface can fade and abrade |
| Edge finish | Die-cut, sealed, non-fraying | Heat-cut or merrow border |
| Iron-on backing | Not available (PVC softens above 120°C) | Available |
| Best for | Outdoor, tactical and workwear kit | Photographic logos, gradients and event runs |
Attribute by attribute
How PVC and Printed Patches Differ
Material and Construction
PVC patches are moulded from polyvinyl chloride, a thermoplastic polymer. Operators pour liquid PVC into an engraved metal die one colour at a time, then cure the mould under heat until the polymer sets into solid rubber. Printed patches start from woven polyester fabric rather than a polymer compound. A printer applies the artwork to that fabric by dye-sublimation or digital print. The core difference is structural: a PVC patch is a moulded object, while a printed patch is a decorated textile.
Colour and Detail
PVC patches reproduce spot colours matched to a Pantone reference, and the pigment sits through the full depth of the rubber. Solid blocks of colour and raised relief define the finished look. Printed patches build colour by a different method. Dye-sublimation prints gradients, photographs and unlimited colours directly onto the fabric surface. Printed patches therefore hold fine photographic detail that moulding cannot reproduce. Full-depth pigment and accurate brand colour are explained further on our guide to Pantone colour matching for PVC patches, which is the mechanism behind PVC's colour-fast surface.
Thickness, Texture and Feel
PVC patches measure 2.5mm in 2D relief and 3.5mm in 3D relief, and the surface carries a raised, tactile profile. Printed patches measure roughly 1mm and stay flat and smooth. The thickness gap changes how each patch feels in the hand. A PVC patch reads as a solid rubber badge, while a printed patch reads as a light fabric label. Caps and lightweight garments often favour the low profile of a printed patch, whereas gear and outerwear suit the substance of moulded PVC. The relief distinction is set out in full on our 2D PVC patches and 3D PVC patches pages.
Durability and Weather Resistance
PVC patches resist water, sunlight and abrasion, because the material absorbs no moisture and the colour cannot rub off. Rain, immersion and machine washing at 40°C leave a PVC patch unchanged. Printed patches behave differently outdoors. The polyester base absorbs moisture, and the printed surface can fade or abrade with prolonged use. PVC patches outlast printed patches in wet, sunny or high-wear conditions, which explains their adoption across military, marine and construction sectors. Waterproofing is covered in full on our guide to whether PVC patches are waterproof.
Backing and Attachment
PVC patches attach with hook-and-loop (velcro), sew-on, 3M adhesive or plain backing. Printed patches attach with the same four options and add iron-on backing. This is the one attachment where printed patches hold a clear advantage. PVC patches cannot be ironed on, because polyvinyl chloride softens above 120°C and a domestic iron reaches 180°C on a cotton setting. The full reason is set out in our guide to why PVC patches cannot be ironed on. Customers who need a heat-applied badge on fabric should choose a printed patch, or select sew-on backing on a PVC patch for a permanent bond.
Attachment advantage
Printed patches add iron-on
PVC remains suited to hook-and-loop, sew-on, 3M adhesive and plain backing. Printed fabric adds heat application where a domestic iron is required.
Cost per Unit
PVC patch pricing depends on size, relief, colour count and backing. Printed patch pricing depends mainly on size and quantity, because a single print run reproduces any number of colours at no extra cost. Printed patches can cost less for artwork built from many colours or a photographic image. PVC patches deliver stronger value over the life of the garment, because a moulded rubber badge survives conditions that shorten the life of a printed one. Cost per wear favours PVC; cost per complex colour favours printed.
Cost logic
Different artwork, different value
High-colour flat artwork favours print. Long service life, weather resistance and relief favour moulded PVC.
Match construction to the job
When to Choose PVC vs Printed Patches
Both constructions have a clear place. Match the patch to the job, and the finish holds for its working life.
Durability first
Choose PVC Patches For…
- Outdoor gear, tactical kit and workwear exposed to rain, sun and abrasion
- Logos built from solid spot colours and clean, bold shapes
- Raised 2D or 3D relief and a premium, tactile finish
- Waterproof, colour-fast badges that survive repeated laundering
- Removable velcro emblems on plate carriers, jackets and packs
Detail first
Choose Printed Patches For…
- Photographic artwork, colour gradients or unlimited colour counts
- Flat, lightweight badges for caps, shirts and lanyards
- Short promotional or event runs where a light finish suits
- Designs that need iron-on application at home
- Fine detail that a mould cannot reproduce at small scale
From artwork to delivery
How to Order Custom PVC Patches in the UK
Ordering custom PVC patches follows a short path from artwork to delivery. Send your artwork as a vector file, JPEG or sketch, and our design team prepares a digital proof with Pantone references marked. Approve the proof, and production begins with mould engraving. There is no minimum order, so you order the exact quantity you need. Standard production takes 10 to 14 working days from proof approval, and express production takes 5 to 7 working days from proof approval. UK mainland delivery adds 1 to 2 working days, and BFPO addresses are accepted for serving personnel. Prices are quoted in pounds sterling and exclude VAT at 20%.
In their words
Stories About Us and Our Customers
PVC patches end up on kit that works for a living. These are the orders behind them, the brief, the mould, and what the patch had to survive.
Tactical · Hook-and-loop
“The patches arrived clean, sharp and ready to go straight onto our kit bags.”
The hook-and-loop backing made it easy for the team to swap patches between packs, jackets and plate carriers without losing the raised detail in the badge.
Sarah Mitchell · Manchester
Workwear · Sew-on
“The PVC badges made our workwear look much more professional than printed logos.”
The sew-on finish gave the uniforms a permanent patch that could handle daily wear, wet weather and repeated cleaning.
James Carter · Birmingham
Streetwear · 3D relief
“The 3D finish gave our caps the premium detail we wanted.”
The raised rubber face helped the logo stand out on the front panel while keeping the colours consistent across the run.
Amelia Thompson · London
Outdoor · Waterproof
“The patches held up well on wet kit and still looked fresh after a muddy weekend.”
Waterproof PVC was chosen for bags and jackets where stitched thread would have absorbed moisture and frayed at the edge.
Oliver Hughes · Bristol
Club · Custom shape
“Our badge shape was unusual, but the final patch followed it neatly.”
The custom die-cut outline kept the club crest recognisable while the moulded edge avoided the bulky border of an embroidered patch.
Priya Shah · Leeds
Security · Velcro
“Being able to remove and replace patches between shifts has been really useful.”
Hook-and-loop backing was selected for staff jackets so roles and identifiers could be changed quickly without replacing garments.
Daniel Evans · Cardiff
Merchandise · Colour match
“The colours matched our brand better than the woven sample we tried before.”
Pantone-matched PVC helped keep the logo consistent for merchandise, reorder stock and event giveaways.
Hannah Wilson · Nottingham
Motorcycle · Jacket patch
“The rubber patch gave the jacket a cleaner, tougher finish.”
The club needed a weather-resistant badge that could handle rain, road grime and regular outdoor use.
Mark Robinson · Newcastle
Sports · Team kit
“The patch worked well on kit bags and training jackets.”
A flexible PVC build kept the team crest visible without adding a heavy stitched border to lightweight gear.
Rebecca Green · Sheffield
Repeat order · Reorder
“Reordering was simple because the mould was already set up.”
The second run kept the same dimensions, relief and colour references as the original patch order.
Thomas Baker · Glasgow
Tactical · Hook-and-loop
“The patches arrived clean, sharp and ready to go straight onto our kit bags.”
The hook-and-loop backing made it easy for the team to swap patches between packs, jackets and plate carriers without losing the raised detail in the badge.
Sarah Mitchell · Manchester
Workwear · Sew-on
“The PVC badges made our workwear look much more professional than printed logos.”
The sew-on finish gave the uniforms a permanent patch that could handle daily wear, wet weather and repeated cleaning.
James Carter · Birmingham
Streetwear · 3D relief
“The 3D finish gave our caps the premium detail we wanted.”
The raised rubber face helped the logo stand out on the front panel while keeping the colours consistent across the run.
Amelia Thompson · London
Outdoor · Waterproof
“The patches held up well on wet kit and still looked fresh after a muddy weekend.”
Waterproof PVC was chosen for bags and jackets where stitched thread would have absorbed moisture and frayed at the edge.
Oliver Hughes · Bristol
Club · Custom shape
“Our badge shape was unusual, but the final patch followed it neatly.”
The custom die-cut outline kept the club crest recognisable while the moulded edge avoided the bulky border of an embroidered patch.
Priya Shah · Leeds
Security · Velcro
“Being able to remove and replace patches between shifts has been really useful.”
Hook-and-loop backing was selected for staff jackets so roles and identifiers could be changed quickly without replacing garments.
Daniel Evans · Cardiff
Merchandise · Colour match
“The colours matched our brand better than the woven sample we tried before.”
Pantone-matched PVC helped keep the logo consistent for merchandise, reorder stock and event giveaways.
Hannah Wilson · Nottingham
Motorcycle · Jacket patch
“The rubber patch gave the jacket a cleaner, tougher finish.”
The club needed a weather-resistant badge that could handle rain, road grime and regular outdoor use.
Mark Robinson · Newcastle
Sports · Team kit
“The patch worked well on kit bags and training jackets.”
A flexible PVC build kept the team crest visible without adding a heavy stitched border to lightweight gear.
Rebecca Green · Sheffield
Repeat order · Reorder
“Reordering was simple because the mould was already set up.”
The second run kept the same dimensions, relief and colour references as the original patch order.
Thomas Baker · Glasgow
Answers
PVC vs Printed Patches — Frequently Asked Questions
Are printed patches as durable as PVC patches?NO
No. PVC patches carry colour through solid rubber, so they resist the fading and abrasion that degrade a printed fabric surface over time.
Can printed patches reproduce photographs and gradients?YES
Yes. Printed patches use dye-sublimation to reproduce full-colour images, gradients and unlimited colours that moulded PVC cannot hold.
Are printed patches waterproof?NO
No. Printed patches use a fabric base that absorbs moisture, whereas PVC patches are moulded from solid polyvinyl chloride and are fully waterproof.
Can printed patches be ironed on?YES
Yes. Printed patches accept iron-on backing, unlike PVC patches, which cannot be ironed on because polyvinyl chloride softens under a domestic iron.
Which lasts longer outdoors, PVC or printed patches?PVC
PVC patches last longer outdoors, because moulded rubber resists rain, sunlight and abrasion far better than a printed surface on fabric.
Do printed patches cost less than PVC patches?SOMETIMES
Sometimes. Printed patches can be cheaper for flat, high-colour artwork, while PVC is more economical where durability and relief matter across the garment's life.
Summary
Summary
Choosing between PVC and printed patches comes down to two questions: where the patch works, and how the artwork is built. Moulded rubber suits kit that faces water, sunlight and hard wear, and it renders a logo as raised relief in Pantone-matched colour that reaches through the full material. Surface print suits complex, colourful or photographic designs on light, flat badges, and it allows iron-on application at home. Match the construction to the job, and the badge performs for its full working life. Send your design for a quotation and a digital proof before anything is moulded.
