Difei Button's Product Range: Snaps, Jeans Buttons, Rivets, Eyelets and Badges

Most garment programmes need more than one kind of trim, and the cost of buying them from separate suppliers is paid in matching. A snap and a rivet from two factories rarely share a finish, so the metal on a jacket front and the metal at a pocket corner end up a shade apart. A single button product range removes that mismatch at the source.

This article sets out the five product lines that Difei Button supplies and how they work together. It covers the snap fastener lines, the jeans button range, the companion rivet and eyelet families, and the badge work, and it explains what a buyer gains when several lines come from one place.

1. The Button Product Range at a Glance

The button product range covers five families that between them equip a pair of jeans, a jacket, a bag and a piece of workwear. Snap fasteners, jeans buttons, rivets and eyelets, badges and emblems, and the small spring and prong parts that hold a flap closed. Each family is made on its own equipment but finished to a shared plating standard.

That shared standard is the point of a single range. Colour, finish and material grade can be held constant across parts that are made in different processes, which is what allows a jacket front snap and a pocket rivet to arrive as a matched set. A button product range built this way also means one purchase order, one inspection routine and one document set for the whole trim package.

2. Snap Fasteners: Prong Ring, Spring and Plastic Lines

The snap fastener group covers the three constructions that most garments need. A prong ring snap is set through the fabric without a hole, which suits shirts, light jackets and knitwear. A spring snap uses a wire spring in the socket for a firm hold and is common on workwear and bags. A plastic snap in POM or nylon appears where weight, launderability or skin contact matters.

All three come from the same finishing line, so a buyer can specify a snap fastener in antique brass, nickel plate, black oxide or a painted finish and receive it in whichever construction the position needs. The snap fastener manufacturer role here is not to offer every part in the world but to offer the same part in several finishes and sizes without a colour shift between them.

A snap fastener manufacturer that keeps the three constructions on one finishing line can agree a finish first and a construction second, which is the order a garment programme usually needs. The same snap fastener manufacturer then holds one colour chip across a shirt snap and a bag snap, so the buyer sees one part in two sizes rather than two parts from two sources.

3. Jeans Buttons and What a Jeans Button Manufacturer Supplies

Jeans buttons sit in a family of their own because the construction and the load are different from a snap. A jeans button is a two-part tack button: the tack is driven through the waistband and the head is set over it, giving a flat front and a riveted back that will not open. Sizes are quoted in millimetre face diameter, and the familiar figures are 17 mm, 20 mm and 22 mm.

A jeans button manufacturer also supplies the related parts that a denim programme needs in the same finish. That includes the pocket rivets, the shank button at the waistband where a cleaner face is wanted, and the small decorative studs on a pocket or a hem. Buying all of them from one jeans button manufacturer keeps the finish consistent across the garment, which is what a denim buyer checks first on a sample.

Denim programmes vary in another way that matters for the range. A 12 oz rigid denim and a 10 oz stretch denim need different tack lengths, because the tack has to clear the waistband layers plus the interlining. Difei Button (Guangzhou) Co Ltd holds jeans buttons with several tack lengths behind the same face so that a weight change does not force a new face specification. What a jeans button manufacturer supplies is therefore a matched set rather than a single part: face, tack, rivet and stud, all on the same plating bath.

4. Rivets and Eyelets in the Button Product Range

Rivets and eyelets are the companion hardware in the button product range, and they are usually bought alongside the main fasteners. A rivet is supplied as a cap and a nail, in cap diameters from 6 mm to 12 mm, with barrel lengths matched to the panel. An eyelet is supplied as a barrel and a washer, with inside diameters from 4 mm to 12 mm.

The reason to keep them in one range is the finish. A pocket rivet sits within 100 mm of the jeans button on the same pair of jeans, and any difference in tone is visible in daylight. Plating both sets on the same line, in the same bath chemistry and against the same colour chip, is what holds the pair together across repeat orders.

5. Badges and Emblems in the Same Button Product Range

Badges and emblems complete the range for workwear, uniform and promotional programmes. A die cast or stamped badge is supplied with a pin, a butterfly clutch, a magnetic back or a sew-on border, and the same tooling can be run in a range of finishes from raw brass to hard enamel.

Placing badges in the same button product range has a practical effect on a uniform order. A work shirt may need a snap at the placket, a badge on the chest and a button on the cuff, and all three can be specified in the same finish against one colour standard. The badge carries the brand and the fasteners carry the garment, and they arrive matched.

6. How a Snap Fastener Manufacturer Holds Colour Across Lines

Colour control is the hardest part of running a broad range, because plating tone drifts with bath chemistry and dye batches drift in resin. A snap fastener manufacturer that runs several lines has to control both, and the tool is a physical colour chip approved by the buyer and kept on file with a date.

Three practices keep the drift inside tolerance. The chip is compared against each lot under a fixed light source rather than in daylight. The bath is analysed on a schedule rather than when a complaint arrives. And each lot keeps a retained sample so that a tone question can be answered against the reference rather than against a photograph.

Plastic parts sit outside the plating question and need their own control. A POM snap in a matched colour is checked against the same chip from the resin batch, and the batch number is recorded so that a tone drift can be traced to incoming material rather than to the moulding run.

7. Ordering the Button Product Range in One Shipment

Ordering the whole button product range together changes the logistics of a trim package for the better. One order means one production schedule, one inspection, one packing list and one shipment, and the parts that have to match actually travel together. Mixing suppliers usually means a colour match is confirmed for the first time when the goods arrive at the garment factory.

A combined order also lowers the minimum quantity pressure on the smaller parts. A programme that needs 20,000 snaps and 3,000 rivets can place both on one order, and the smaller line is carried by the larger one rather than standing alone against its own minimum. That is one of the plain commercial reasons a single range is worth more than the sum of its parts.

8. Jeans Button Manufacturer Support from Sample to Repeat

The work behind a jeans button manufacturer order is mostly in the sample and the repeat rather than in the first shipment. A snap fastener manufacturer works the same way, which is why the chip and the mould are treated as the real assets. A denim programme usually starts with a face drawing and a finish reference, moves to a counter sample in two tack lengths, and settles on one specification after a wash test. Retaining the mould, the finish chip and the approved sample turns the next order into a part number and a quantity.

That continuity is what a buyer is really purchasing from a range. Difei Button (Guangzhou) Co Ltd supplies jeans buttons, snaps, rivets, eyelets and badges from a base in Guangzhou, where the accessory workshops and the export terminals sit close together, and serves more than a thousand customers across the five lines. A button product range is useful to a buyer when the fifth order arrives looking like the first, and that is the standard the range is built to meet.

9. Frequently Asked Questions

9.1 What does a one-stop button product range actually cover?

It covers the five families that equip most garments: snap fasteners, jeans buttons, rivets, eyelets, and badges or emblems. Between them they serve plackets, flaps, waistbands, pocket corners, lacing rows and chest branding. The value is not the number of parts but the shared finish, because parts that sit within a few centimetres of each other on a garment have to match in tone. Buying the range from one source is what makes that match automatic rather than a matching exercise at the garment factory.

9.2 How do I choose between snap fastener constructions for a garment?

Choose by the panel and the opening. A prong ring snap is set through the fabric with no pre-punched hole and suits light and medium wovens, knitwear and shirts. A spring snap carries a firmer hold and suits workwear, outerwear and bags. A plastic snap in POM or nylon suits positions where weight, laundering or skin contact matters, so check the panel weight against the snap cap size, because an oversized part on a light fabric pulls through whatever the construction.

9.3 What should I specify when ordering from a jeans button manufacturer?

Give the denim weight, the waistband construction and the finish, and ask for two tack lengths in the counter sample. Denim from 10 to 14 oz covers most programmes, and the tack length has to clear the waistband layers plus any interlining. State the face diameter you want, with 17 mm and 20 mm as the common figures. Mention the pocket rivets and any waistband shank button at the same time, so the whole set is plated in one finish, which is what a denim buyer checks first on a sample.

9.4 How is colour kept consistent across five different product lines?

Consistency comes from a physical colour chip approved by the buyer and a plating bath that is analysed on a regular schedule. The chip is kept on file with a date and compared against each lot under a fixed light source, and a retained sample is stored per lot so a tone question can be answered against the reference. Resin parts add a pigment batch check on incoming material, and the batch number is recorded against the moulding lot. None of this is complicated, and all of it depends on the chip being agreed before the first production run rather than after.