# B2B payment methods compared Nine B2B payment methods compared on eight criteria for payer and payee: cost, speed, reversibility, remittance data, fraud, cross-border, working capital. --- Nine methods carry almost every business-to-business payment: the cheque, the batch bank transfer, the wire, the instant transfer, the commercial card, the virtual card, the direct debit, supply-chain finance with its cousin dynamic discounting, and the onchain payment. No single one is cheapest, fastest and safest at once, so the comparison that matters sets them on the same eight criteria: cost to the payer, cost to the payee, speed, reversibility, the remittance data carried with the payment, fraud exposure, cross-border suitability and effect on working capital. Most comparisons are written for the business that receives the money. This one gives equal weight to the payer and its accounts-payable team, because the payer usually chooses the method, and because a cost the payer avoids often reappears on the payee's side of the ledger. Rules and scheme names differ by country. The examples below come from the United States and the euro area and are attributed where they appear; fees are set by each bank and provider, so every amount in the worked example is a labelled illustration, not a market price. This is general information, not financial or legal advice.
9.2 billioncheques paid in the United States in 2024, down from 17.0 billion in 2015
140characters of remittance information carried by a SEPA credit transfer, free text or structured
58.9%lower processing cost in the worked example when a paper-heavy month of payables moves to electronic methods

Federal Reserve Payments Study, top-line data for 2015 to 2024; European Payments Council; the third figure is the article's own illustrative worked example.

## What are the main B2B payment methods? The main B2B payment methods are the cheque, the batch bank transfer, the wire, the instant transfer, the commercial card, the virtual card, the direct debit, supply-chain finance and dynamic discounting, and the onchain payment. They fall into four groups by who starts the payment and what moves. **Paper.** A cheque is a written order to the payer's bank. The payee has to deposit it, and the money moves only when the cheque is presented and paid. **Bank credit transfers, started by the payer.** A batch bank transfer travels in a file with many others and settles on a schedule, usually the next business day or the day after: ACH credits in the United States, SEPA credit transfers in the euro area. A wire is a single high-value transfer sent on its own and settled individually. An instant transfer is a single transfer credited within seconds, at any hour, on any day. **Pull payments and cards, started by the payee or run through a card network.** A direct debit lets the supplier collect from the buyer's account under a mandate the buyer has signed. A commercial card is the company's purchasing or corporate card. A virtual card is a card number generated for one supplier or one invoice, often for an exact amount and a short validity period. **Arrangements that change when cash moves.** Supply-chain finance and dynamic discounting are not rails; they sit on top of a transfer and alter the payment date. An onchain payment moves a digital dollar or another token from one address to another on a public blockchain, with no bank between the two parties at the moment of transfer. How each rail clears and settles is the subject of the article on payment rails, and ACH, wire and onchain payment are compared in depth in their own article. Here they are rows among nine. ## What does each B2B payment method cost the payer and the payee? Each B2B payment method splits its cost differently: cheques and wires charge mostly the payer, cards charge mostly the payee, and batch transfers charge both sides little. The effect on working capital is a third cost, or a third benefit, that rarely appears on a fee schedule. | Method | Cost to payer | Cost to payee | Effect on working capital | | --- | --- | --- | --- | | Cheque | Printing, postage, signing time, reconciliation of uncashed items | Deposit handling, manual matching, wait for funds | Payer keeps the cash until the cheque is presented; payee waits | | Batch bank transfer | Low fee per item, a file to prepare | Low or no fee | Predictable: cash leaves on the chosen date | | Wire | Highest bank fee per item among transfers | Often an incoming fee; deductions possible across borders | Neutral: same-day movement | | Instant transfer | Per-item fee set by the bank | Low or no fee | Payer can hold cash to the due date itself | | Commercial card | Usually no fee per payment; a rebate is common | A percentage of the amount, paid as a merchant fee | Payer pays the card issuer later, at statement date | | Virtual card | As for a card, plus a tool to issue the numbers | The merchant fee, plus keying each card number | As for a card | | Direct debit | Little work once the mandate exists | Collection fee per item | Payer gives up control of the date; payee gains certainty | | Supply-chain finance or dynamic discounting | A programme to run; with discounting, cash paid early | A discount on the invoice | Moves the payment date in the supplier's favour, for a price | | Onchain payment | A network fee per transaction; conversion cost if funds start in a bank | Conversion cost if the payee needs bank money | Neutral: settles in minutes at any hour | Two rows mislead a payer who reads only the bank's fee schedule. The cheque's cost is internal: someone prints, signs, posts, voids, reissues and reconciles. The card looks free because the payee pays the merchant fee. A supplier with thin margins may refuse cards, add a surcharge where the law allows, or build the fee into the next price list, so the saving is real only for as long as the supplier absorbs it. Ways to bring down the fee on the receiving side are covered in the article on reducing payment processing fees. ## How fast is each method, and can the payment be reversed? Speed and reversibility move together in B2B payments: the methods that settle individually and at once are the hardest to take back, and the methods that travel in batches or through a card network leave a window in which a payment can be returned. | Method | Speed | Reversibility | Remittance data carried | | --- | --- | --- | --- | | Cheque | Days: post, deposit, clearing | Payer can stop it before it is paid; it can be returned unpaid after deposit | A paper stub, re-keyed by the payee | | Batch bank transfer | Next business day or the day after; same-day windows exist | Returns allowed under scheme rules for defined reasons and periods | Short reference, or structured data in richer formats | | Wire | Same day domestically; one to several days across borders | Final once credited; recall depends on the payee's consent | Free-text field; structured fields on newer message standards | | Instant transfer | Seconds, around the clock | Final; recall by request only | Same as the scheme's ordinary transfer | | Commercial card | Authorised at once; payee funded in days | Dispute and chargeback rights under card network rules | Little by default; line-item data if the payee sends it | | Virtual card | As for a card | As for a card | Good on the payer's side: one number per invoice | | Direct debit | Collected on the due date | Depends on the scheme: broad refund rights or almost none | Mandate reference plus a short text | | Supply-chain finance or dynamic discounting | Supplier paid early, on its request or by programme | Follows the underlying transfer | Strong: tied to an approved invoice | | Onchain payment | Minutes or less | Final: no recall mechanism | None in the transfer itself; reference kept off-chain | Several of these cells rest on published scheme rules. The Federal Reserve describes the Fedwire Funds Service as offering finality of payments once credited to the receiving institution's account, which is why a wire is the standard for a closing or a deadline. Nacha, which writes the rules for the ACH network, caps a Same Day ACH payment at $1 million; an entry above that limit is not rejected but settles the next day. The European Payments Council states that a SEPA instant credit transfer must complete within a maximum of nine seconds, is available 24 hours a day on every calendar day, and no longer has a maximum amount set at scheme level, although each bank may set its own. Direct debit shows how much reversibility depends on the scheme rather than on the method. According to the European Payments Council, a payer under the SEPA Direct Debit Core scheme can obtain a refund within eight weeks without giving a reason, and up to 13 months for an unauthorised collection. Under the business-to-business scheme, which is reserved for payers that are businesses, the payer is not entitled to a refund of an authorised transaction, and the payer's bank must check that a valid mandate exists before it executes the collection. The same instrument therefore offers either a generous way back or almost none. The methods that offer no way back at all are examined in the article on payment methods that cannot be reversed. ## How do the methods compare on fraud exposure and cross-border use? Fraud exposure in B2B payments depends less on the rail than on two things: whether the instrument reveals account details, and whether the payment can be recalled once a mistake is noticed. Cross-border suitability depends on whether the method's scheme reaches the payee's country and currency at all. | Method | Main fraud exposure | Controls that address it | Cross-border suitability | | --- | --- | --- | --- | | Cheque | The paper shows account and routing details; items can be altered or intercepted in the post | Issue files matched by the bank before payment, secure stock, prompt reconciliation | Poor: slow, costly to collect abroad | | Batch bank transfer | Changed supplier bank details; unauthorised debits to the account | Verified changes to supplier records, debit filters, dual approval | Domestic or regional schemes only | | Wire | Payment sent to an impostor's account, with little chance of recall | Call-back on a known number, dual approval, payee-name checks where offered | Good: the default for most currency pairs | | Instant transfer | Same as a wire, with less time to notice | Same as a wire, plus per-payment limits | Mostly domestic or regional so far | | Commercial card | Card number reused or exposed | Spending limits, merchant restrictions, dispute rights | Good where the supplier accepts cards; conversion fee applies | | Virtual card | Low: number tied to one supplier, amount or period | Built into the instrument | As for a card | | Direct debit | A collection the payer did not expect | Mandate check, limits per creditor, account monitoring | Within one scheme area only | | Supply-chain finance or dynamic discounting | A false or duplicated invoice approved for early payment | Invoice approval and matching before the invoice enters the programme | Possible; depends on the financier's reach | | Onchain payment | Wrong or substituted address; loss of the signing key | Address verified through a second channel, test of the address, multi-signature approval | Strong: the same network in every country, subject to local rules | An instrument that is final, as a wire, an instant transfer or an onchain payment is, moves the whole burden of verification to the time before release. Recall rights are a safety net, never a control: the checks that count are the ones on the supplier record. The article on preventing payment fraud in a business sets out those controls in full. ## Why are cheques still used for B2B payments? Cheques persist in B2B payments because they need no bank details from the payee, they carry their remittance stub with them, they fit processes built decades ago, and they leave the cash with the payer for a few more days. Their use is falling steadily, but each remaining cheque tends to be large. The Federal Reserve Payments Study gives the measure for the United States. Its top-line data count 17.0 billion cheques paid in 2015, 13.5 billion in 2018, 11.0 billion in 2021 and 9.2 billion in 2024, a fall of 45.9% in nine years. Value barely moved: $26.05 trillion in 2015 and $24.45 trillion in 2024. The average cheque therefore grew from $1,533 to $2,653, which is consistent with small everyday payments leaving the cheque first and larger ones staying. The figures cover all cheques, not business cheques alone, and they describe one country. Four reasons explain the remaining volume, and each is rational from someone's chair. 1. **No onboarding.** A cheque needs a name and a postal address. An electronic payment needs verified bank details, and collecting and verifying them for hundreds of occasional payees is real work with a real fraud exposure. 2. **The stub solves remittance.** The paper attached to the cheque lists the invoices paid and the deductions taken. Many electronic payments arrive with far less. 3. **Systems and habits on both sides.** The payer's approval flow ends in a cheque run; the payee's bank offers a lockbox service that opens the envelopes, deposits the items and sends the data. 4. **Float.** The payer keeps the money from the day the cheque is posted until the day it is presented. That benefit is paid for by the payee. ## Why is remittance information the hard part? Remittance information is the hard part of a B2B payment because one payment routinely covers several invoices, less credit notes and deductions, and the payee cannot apply the cash until it knows which. Moving the money takes seconds; explaining it is where the work sits. Consider a payment of $48,310 that settles seven invoices and nets off two credit notes and a short-delivery deduction. If the transfer arrives with a twelve-character reference, someone in the supplier's receivables team must find a remittance advice sent separately by email, or work the figures backwards. Until then the cash sits unapplied and the customer's account shows paid invoices as overdue. Each rail has a different capacity for this data. Nacha's formats illustrate the range within a single network: its corporate payment format carries only one addenda record with an 80-position field for payment-related information, while its corporate trade exchange format allows 9,999 addenda records and can carry a complete electronic remittance document. In the euro area, the European Payments Council's credit transfer scheme carries up to 140 characters, which can be free text or structured. Structured means the data sits in defined fields that software can read: a creditor reference, an invoice number, an amount. The ISO 20022 message standard defines such fields in detail. A rich format helps only if the payer's system fills it and the payee's system reads it. Three habits do more than any format: pay one invoice per payment where volume allows, quote the supplier's invoice number exactly as printed, and send the remittance advice on the day of payment. ## How do the methods affect working capital? Payment methods affect working capital by fixing the day the cash leaves the payer and the day it reaches the payee, and three of the nine exist mainly to move those days. For a payer, the measure is days payable outstanding; for a payee, days sales outstanding. A commercial or virtual card adds days for the payer without taking any from the supplier. The supplier is funded within days of charging the card, and the payer settles with the issuer at the statement date. The supplier pays for that through the merchant fee. Supply-chain finance, often called reverse factoring, starts from an invoice the buyer has approved. A financier offers to pay the supplier early, less a discount priced on the buyer's credit standing, and the buyer pays the financier in full on the original due date or a later agreed one. Dynamic discounting uses the buyer's own cash instead of a financier's. The supplier chooses to be paid early on an approved invoice and accepts a discount that shrinks as the due date approaches. The buyer earns a return on spare cash, and the supplier decides invoice by invoice. An early-payment discount written into the invoice terms is the static form of the same trade. Terms of 2/10 net 30 give 2% for paying 20 days sooner, which works out to an annualised rate of about 37.2% on a simple-interest basis; the full calculation, and when it is worth taking, is in the article on what a 2/10 net 30 discount costs. ## Which method fits which payment? The method that fits a B2B payment depends on five things: how often the payment recurs, its size, whether it crosses a border, how urgent it is, and how many payees are involved. The table gives a first choice and a fallback for five common situations. | Payment | First choice | Why | Alternative | | --- | --- | --- | --- | | Recurring supplier invoice | Batch bank transfer | Lowest cost per item, predictable date, room for an invoice reference | Direct debit, if the supplier collects and the amounts are stable | | One-off large purchase | Wire | Individual settlement and finality on the agreed day | Instant transfer where limits allow; onchain payment if both sides hold digital dollars | | Cross-border supplier | Wire through the correspondent network | Reaches most countries and currencies | A local-scheme payout through a provider, or an onchain payment where both sides are set up for it | | Urgent payment | Instant transfer | Seconds, including evenings and weekends | Wire during banking hours | | Many small payees | Virtual card or batch bank transfer | No bank-detail collection with cards; lowest cost with a batch file | Cheque, when a payee's details cannot be verified | A first choice is not a rule. A supplier that refuses cards, a bank limit on instant payments or a treasury policy against holding digital assets each overrides the table. For a one-off large amount, the article on the best way to receive large B2B payments looks at the same decision from the payee's side. When the deciding factor is the payee's own setup, the article on how to accept payments as a business covers what a receiving company needs in place. One situation sits outside the table: a single payment owed to several parties at once, such as a main contractor, a subcontractor and an introducer who each take a share of one invoice. The usual route is one payment to the lead party, followed by onward payments. An onchain payment router does it in one step. Shaka is one such router: each party's share is set as a percentage of the deal and can be signed by each recipient before the client pays, the client pays once through a payment link, and every party receives its share at the same moment, in one transaction. Shaka routes the payment and never holds the funds, a deal has at most 20 recipients, and the payment is final. It suits a payment that is to be shared, not a routine supplier run, and it does not hold money against conditions the way an escrow service does. ## What does a month of payables cost under three method mixes? A month of payables costs the payer less as cheques and wires give way to batch transfers, and in the worked example below the processing cost falls from $2,488 to $1,022, a reduction of 58.9%, when a paper-heavy mix becomes an electronic one. Adding cards cuts the payer's cost further but moves a larger cost to the suppliers. The example is illustrative. A company makes 400 supplier payments in a month, worth $1,200,000 in total. The cost to the payer per payment, counting bank fees and internal handling together, is assumed to be $6.00 for a cheque, $0.40 for a batch bank transfer, $25.00 for a wire, $1.00 for an instant transfer and nothing for a card payment. These are round figures chosen to show the mechanics; replace them with your own. | Method | Mix A: paper-heavy | Mix B: electronic | Mix C: electronic plus cards | | --- | --- | --- | --- | | Cheques at $6.00 | 240 = $1,440 | 20 = $120 | 20 = $120 | | Batch transfers at $0.40 | 120 = $48 | 330 = $132 | 180 = $72 | | Wires at $25.00 | 40 = $1,000 | 30 = $750 | 30 = $750 | | Instant transfers at $1.00 | 0 = $0 | 20 = $20 | 20 = $20 | | Card payments at $0.00 | 0 = $0 | 0 = $0 | 150 = $0 | | **Processing cost, 400 payments** | **$2,488** | **$1,022** | **$962** | Moving from Mix A to Mix B saves $1,466 a month, or $17,592 over twelve months at the same volume. The cost per payment falls from $6.22 to about $2.56. Cheques are 60% of the payments in Mix A and $1,440 of its $2,488, so most of the saving comes from converting 220 cheques. Wires are the next line to question: 30 wires cost $750 in Mix B, more than every other payment in that month put together. Mix C moves 150 small payments, worth $150,000 in total and $1,000 on average, from batch transfers to virtual cards. Processing cost drops by a further $60 to $962. Two other effects are larger. With an assumed rebate of 1% of card spend, the payer receives $1,500. With an assumed 25 extra days before the card statement is settled and a cost of capital of 8% a year, the payer gains $821.92 of float value, computed as $150,000 times 8% times 25 days over 365. Against a processing cost of $962, those two benefits of $2,321.92 leave the payer $1,359.92 ahead for the month. The suppliers' side completes the ledger. At an assumed merchant fee of 2.5%, the 150 card-accepting suppliers pay $3,750 between them, more than the $2,321.92 the payer gains. The mix that looks best in the payer's report is the most expensive one for the two sides taken together, which is why a durable card programme offers cards as an option for suppliers who want faster payment, not as a condition. ## How do you change the mix without disrupting suppliers? Changing a payables mix works when it is done by supplier segment, with verified bank details and a remittance advice in place before the first electronic payment. A blanket switch on a single date produces rejected payments and unapplied cash. The order of work is short. Rank suppliers by number of payments over three months, not by value, because volume drives processing cost, and convert the most frequent payees first. Collect bank details through a signed form or a supplier portal, then confirm them by calling a number already on file, and treat every later change the same way. Agree where each supplier wants its remittance advice and which reference it needs. Define the amount and the reason that justify a wire or an instant transfer, with two approvals for both. Each quarter, list the payees still paid by cheque and the reason for each: some reasons are sound, and many have simply expired.