Gloves are built three fundamentally different ways - dipped, knitted, and cut-and-sewn - and the construction method drives the MOQ, cost, lead time, and what is even possible to make. Understanding dipped vs knitted vs sewn construction helps you brief a factory correctly. Here is a straight comparison of the three glove construction methods.
Three Ways to Build a Glove
Most gloves are made by one of three fundamentally different construction methods, and which one your product uses shapes everything downstream - the MOQ, the tooling cost, the lead time, the customisation options, and what features are possible. The three are: dipped (a former dipped into liquid material), knitted (a seamless glove machine-knitted from yarn, often then coated), and cut-and-sewn (panels cut from material and stitched together). Many buyers do not realise their product implies a construction method with its own economics. Understanding the three helps you brief a factory accurately and understand why, say, a disposable glove has a huge MOQ while a sewn leather glove has a low one. This connects to the production reality in our tech pack guide.
Dipped Gloves - Formers and Liquid Material
Dipped gloves are made by dipping a hand-shaped former (mould) into liquid material that cures into a glove. This is how disposable gloves (nitrile, latex, vinyl - see our disposable comparison), reusable household/janitorial rubber gloves, and chemical gloves are made. The economics: dipping lines are automated and high-throughput, so per-unit cost is very low at volume, but MOQs are high (the line setup and former tooling favour large runs) and the process suits liquid-formable materials only. Customisation is limited mostly to colour, thickness, length, and texture (from the former). If your product is a disposable or seamless rubber glove, it is dipped - expect high MOQ, low unit cost, and colour/thickness/length as the main variables.
Knitted Gloves - Seamless From Yarn
Knitted gloves are machine-knitted from yarn into a seamless glove (no sewn seams in the knit body), often then coated on the palm. This is how most modern work gloves, cut-resistant gloves (HPPE/Kevlar - see our HPPE vs Kevlar guide), and assembly/grip gloves are made. The gauge (needles per inch) sets thickness and dexterity (see our gauge guide), and a coating adds grip (see our coating guide). Economics: knitting machines are efficient, MOQs are moderate (from ~500-1,000 pairs), and the yarn-plus-coating combination offers wide functional range (cut, grip, thermal). Customisation is in the yarn, gauge, coating, and colour. If your product is a coated work glove or cut-resistant glove, it is knitted - moderate MOQ, function from yarn and coating.
Cut-and-Sewn Gloves - Panels Stitched Together
Cut-and-sewn (or cut-and-sew) gloves are made by cutting panels from material (leather, synthetic, fabric) and stitching them together into a glove. This is how leather gloves, driving gloves, sports gloves (cycling, gym, golf), ski gloves, motorcycle gloves, and most multi-material gloves are made. Economics: it is more labour-intensive (skilled cutting and sewing), so per-unit cost is higher and lead times longer, but MOQs are lower (from ~300 pairs - no expensive former or dipping line) and customisation is the widest of all three (any pattern, multiple materials, panels, padding, decoration). If your product is a leather or multi-material sports/fashion glove, it is cut-and-sewn - lower MOQ, higher unit cost, maximum design flexibility.
How Construction Drives MOQ and Cost
Dipped: high MOQ (often tens of thousands of pieces), very low unit cost - the dipping line and formers favour volume. Knitted: moderate MOQ (500-1,000+ pairs), low-moderate unit cost - efficient machine knitting. Cut-and-sewn: low MOQ (from 300 pairs), higher unit cost - labour-intensive but no big tooling. So a startup wanting a low first order will find cut-and-sewn gloves (leather, sports) far more accessible than disposables (dipped, huge MOQ). Knowing this up front sets realistic expectations and helps you choose products whose construction matches your order size and budget.
How Construction Limits What Is Possible
Construction also determines what features are even possible. Want a seamless, snug cut-resistant glove? Knitted. Want a thin disposable barrier? Dipped. Want a multi-material glove with leather palm, padded knuckles, and a membrane? Cut-and-sewn (the only method that combines materials). Want a hard knuckle guard or impact armor? Cut-and-sewn (attached to panels). Want full-hand chemical immersion protection? Dipped. So your feature requirements imply a construction method, and some feature combinations are only possible with one method. Briefing a factory for features that the implied construction cannot deliver is a common confusion - understanding the three methods avoids asking for a dipped glove with sewn-on armor or a knitted glove with a leather palm.
Combinations and Hybrids
Some gloves combine methods. A knitted glove with a dipped/coated palm (the common coated work glove) combines knitting and a dipping-style coating step. A cut-and-sewn glove may incorporate a knitted cuff or a dipped/coated grip zone. A sewn glove may have knitted liner gloves inside (see our liners guide). So while the three methods are distinct, real products often combine them - which is part of why briefing precisely matters. The dominant construction still sets the core economics (a coated knit glove follows knitting economics; a leather glove with a knit cuff follows cut-and-sewn economics), but knowing the combinations helps you understand and spec multi-method products accurately.
Our Honest Position on Construction
Understanding dipped vs knitted vs sewn turns a confusing quote into a clear one - tell us the product and we will explain the construction, the economics, and what is possible.
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