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Requesting a Button Quotation: What to Include in Your Inquiry
A button quotation request that arrives with eight clear fields gets a usable price on the first reply. The same request sent as a two line message asking for the price of some snaps gets a range so wide that it cannot be used for costing at all.
This guide sets out what to include in a button inquiry, works through the dimensions, materials, finishes, quantities and paperwork that a factory needs, and ends with a snap button RFQ checklist of the items buyers most often leave out.
1. Why a Complete Button Quotation Request Saves Time
A quotation is priced from a specification, and any field left open has to be filled with an assumption. A factory that does not know the cap diameter will price a mid size part, and one that does not know the finish will price the standard plating. The figure then has to be revised once the answers arrive.
Every unanswered field also becomes a question in the reply, and each round of questions costs a day or more. A request that settles eight fields in the first message typically shortens the quotation cycle from three exchanges to one, which matters when a costing deadline is already tight.
The commercial effect is real rather than administrative. A price built on assumptions tends to be padded, because the supplier carries the risk of the unknown. A price built on a settled specification can be tight, and it can be compared against a second supplier on the same basis. It also shows the buyer what to include in a button inquiry before the first reply rather than after three rounds of questions.
2. What to Include in a Button Inquiry: The Core Fields
Eight fields cover the body of any button inquiry, and they can be written into a short template that a buyer reuses for every order. Product type and construction come first, then size, material, finish, quantity, packaging, delivery terms and the intended end market. A reusable button quotation request template therefore carries the same eight fields in the same order on every order.
Product type is more specific than the word button. A four part snap, a prong ring snap, a tack button and a shank button are different parts with different tooling, so naming the construction removes the first ambiguity. Where the buyer does not know the trade name, a photograph beside a ruler answers the same question.
| Field | What to state | Common omission |
|---|---|---|
| Type | Construction and part count | Written as just button |
| Size | Cap diameter and post length | Diameter given, depth left open |
| Material | Base metal or plastic grade | Metal or plastic alone |
| Finish | Plating, lacquer, colour code | Named by look, not by process |
| Quantity | Total with size split | Total alone, no size mix |
| Packaging | Unit bag and carton | Left entirely to the factory |
| Delivery | Incoterm and destination | Price without a delivery basis |
| Market | Country and compliance rules | Not mentioned at all |
3. Snap Button RFQ Checklist: The Ten Items Buyers Forget
A snap button RFQ checklist is worth keeping beside the enquiry template, because the missing items are consistently the same ten. They are small in writing and large in consequence, and each one turns into either a revised price or a rejected shipment when it surfaces late. Difei keeps the same ten items on its enquiry form so a buyer can fill them in before sending rather than after a question comes back.
The first four concern the part itself: the post length behind the cap, the spring tension or holding force wanted, the plating thickness, and whether the closure has to be nickel free. The next three concern the order: the size split across the quantity, the inner bag count, and the carton marking. The last three concern the market: the test report required, the sample stage expected before production, and the label or traceability requirement.
| # | Often missed | Why it matters |
|---|---|---|
| 1 | Post length | Sets the panel range the snap suits |
| 2 | Holding force | Changes the spring and stud |
| 3 | Plating thickness | Drives salt spray hours |
| 4 | Nickel free requirement | Changes the finish route |
| 5 | Size split | Sets the tooling and run plan |
| 6 | Inner bag count | Sets packing labour and cost |
| 7 | Carton marking | Affects warehouse handling |
| 8 | Test report | May need an outside lab |
| 9 | Sample stage | Adds a lead time step |
| 10 | Traceability label | May change the packing line |
4. Size and Dimension Data in a Button Quotation Request
Size is the field where a vague answer costs the most, because a snap is priced from its two main dimensions. The cap diameter sets the metal content, and the post length sets the tooling. A request that names the cap in millimetres but leaves the post open can be priced wrongly by a factor of ten percent.
The trade also uses the ligne system, where a size number relates to a diameter. A 24 ligne cap measures about 15 mm across, a 20 ligne about 12.5 mm, and a 28 ligne about 17.7 mm. Quoting both figures removes the ambiguity that arises when one side of the trade works in ligne and the other in millimetres.
| Ligne | Cap diameter | Typical post | Panel range |
|---|---|---|---|
| 20 L | 12.5 mm | 5 mm | 0.6 to 0.9 mm |
| 24 L | 15 mm | 6 mm | 0.8 to 1.2 mm |
| 28 L | 17.7 mm | 7 mm | 1.2 to 1.8 mm |
| 32 L | 20 mm | 8 mm | 1.8 to 2.5 mm |
Tolerances belong in the same section rather than in a later message. A cap diameter quoted without a tolerance can be supplied anywhere within the standard band of plus or minus 0.1 mm, which is fine for a shirt but may not be fine for a closure that has to seat into a moulded recess. Difei Button quotes the tolerance band on the reply so the two figures travel together.
5. Material, Finish and Colour in a Button Quotation Request
Material decides the price band and the finish decides the durability, so both belong in the first message. A brass snap and a zinc alloy snap can look identical on a screen and differ in both cost and corrosion behaviour, which is why the base metal is named rather than described. Both belong in the same button quotation request, because changing either one after the price is issued changes the price itself.
Finish should be written as a process rather than an appearance. Nickel, tin, antique brass and gunmetal are processes with known salt spray hours, while descriptions such as shiny or old gold are open to interpretation. Where a colour has to match a garment, a Pantone reference or a physical swatch travels with the request.
| Item | Write this | Not this |
|---|---|---|
| Base metal | Brass, zinc alloy, stainless steel | Metal |
| Plating | Nickel free tin, 2 to 3 micron | Silver look |
| Colour | Pantone 19-4052 or swatch | Navy blue |
| Lacquer | Clear lacquer, yes or no | Not mentioned |
| Nickel release | Under 0.5 microgram per square cm per week | Skin safe |
6. Quantity, Packaging and Delivery in the Inquiry
Quantity is priced in bands rather than per piece, because tooling and machine setting are spread across the run. A request for 5,000 pieces quoted alongside a request for 50,000 pieces will come back at different unit prices, and a supplier cannot quote the lower figure without knowing the volume. Volume and size mix are the two figures that shape the band a button quotation request is priced in.
The size split matters as much as the total. An order of 20,000 pieces across four cap sizes may be produced on the same line but needs a separate setting for each size, so a buyer who names the split gets a realistic lead time rather than one built on a single setting.
Packaging and delivery complete the picture. An inner bag of 100 pieces and a carton of 5,000 gives the factory what it needs to calculate packing labour, and naming the Incoterm removes the last open field in the price. A price quoted without a delivery basis cannot be compared against a second supplier. Difei Button quotes both an EXW and an FOB Guangzhou figure on request so the two delivery bases can be compared side by side.
| Item | Typical answer | Effect on price |
|---|---|---|
| Order quantity | 5,000 to 50,000 pieces | Sets the unit band |
| Size split | Four sizes, mixed | Sets the settings needed |
| Inner bag | 100 or 500 pieces | Packing labour |
| Carton | 40 x 30 x 25 cm, 5,000 pieces | Freight volume |
| Incoterm | FOB Guangzhou or EXW | Defines what is included |
7. Testing and Compliance in a Snap Button RFQ Checklist
Testing is the field that most often forces a revised quotation, because an outside laboratory adds both cost and time. A request that names the test at the outset lets the supplier include the laboratory fee in the price rather than raising it later as an extra. Naming the test is also the clearest part of what to include in a button inquiry, because a laboratory report cannot be improvised after the goods are made.
The tests that appear most often on accessory orders are nickel release, azo dye content, phthalate content and salt spray. Each has a defined method and a threshold, and stating both avoids a report that arrives with the wrong scope. A nickel release test, for example, is quoted against a limit of 0.5 microgram per square centimetre per week for items in prolonged skin contact.
Market matters here rather than later. A shipment to the European Union and a shipment to the United States share some tests and differ on others, and the buyer is well placed to say which market a style is bound for. Where a style ships to several markets, the strictest requirement across them is the one to quote.
| Test | Common threshold | Notes |
|---|---|---|
| Nickel release | 0.5 microgram per sq cm per week | Skin contact items |
| Salt spray | 24, 48 or 72 hours | Match to plating thickness |
| Azo dye | Not detected at limit | Textile and coating |
| Phthalate | Under 0.1 percent | Plastic parts and prints |
| Lead in substrate | Under 100 ppm | Children's items tighter |
8. Drawing and Sample Requirements for a Button Inquiry
A drawing removes the last source of doubt, and a simple one is enough. A side elevation with the cap diameter, the overall height, the post length and the material callout covers most parts, and a tolerance of plus or minus 0.1 mm on the diameter is a normal starting point. A sketch attached to the button quotation request saves the exchange that a written description would otherwise need.
The sample stage should be named in the request rather than discovered later. Most accessory orders move through a counter sample, a pre-production sample and then a shipment, and each stage takes time that a buyer needs in the plan. A pre-production sample of a custom part commonly adds five to ten working days to the lead time.
A sealed sample is what the shipment is checked against, so the request should say who holds it and what it contains. Difei Button (Guangzhou) Co Ltd issues a sealed sample with the colour, finish and holding force recorded on the label, so a later batch can be compared against a written figure rather than a memory.
| Stage | Typical lead time | Held by |
|---|---|---|
| Counter sample | 5 to 7 working days | Buyer, for approval |
| Pre-production sample | 5 to 10 working days | Buyer, sealed |
| Production run | 15 to 25 working days | Factory, then shipped |
| Shipment sample | With the goods | Both parties |
9. Frequently Asked Questions
9.1 What should a button quotation request contain at minimum?
Include eight fields as a minimum: the construction and part count, the cap diameter and post length, the base material, the finish stated as a process, the order quantity, the packaging scheme, the delivery term and the destination market. Those eight let a factory price the part rather than a range of parts. Where a field is genuinely unknown, say so and ask for the price at two settings instead of leaving it blank. Naming the destination market matters as much as the quantity, because the test requirement follows from the market rather than from the part itself.
9.2 How much detail belongs in what to include in a button inquiry?
Enough detail that the supplier never has to guess. State the size in both millimetres and ligne, name the base metal rather than describing the look, and quote the finish as a process with a thickness where plating is involved. Add the holding force if the closure is functional, and the test report required if the market demands one. A page of clear fields beats a paragraph of description, because each field can be checked and each answer can be compared.
9.3 Is a snap button RFQ checklist different from a general trim enquiry?
It is similar in structure and different in emphasis. A snap adds two fields that a decorative button does not carry, which are the holding force and the post length, and both change the tooling and the price. A checklist for snaps also needs the plating thickness, since the salt spray hours quoted for the part follow from it. The remaining fields, covering quantity, packaging, delivery and compliance, are the same across most trim categories, so where a buyer sources several trim categories in one order a single checklist saves repeating the commercial fields for each part.
9.4 How long should a quotation request take to prepare?
A buyer working from a saved template can prepare a complete request in about fifteen minutes, which is far less than the day lost to each round of questions. The template carries the eight core fields, and just the size, material, finish and quantity change between orders. Keeping a photograph of the current part beside the ruler speeds the process further, since a picture settles construction questions that a written description often muddles. Once the template is in place, the request becomes a matter of filling in four changing fields rather than drafting a message from scratch.
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