Short answer: choose a welding torch supplier that can match your machine's exact power, gas, control, cooling and consumable interfaces, then document the approved assembly, sample, MOQ and repeat-order terms in writing. For wholesale and OEM buyers, compare 15AK, 24KD, 36KD, WP26 and WP18 by configuration rather than model name alone, and send a complete RFQ to UWELD before approving production.
How to Choose a Welding Torch Supplier for Wholesale and OEM Orders
An inquiry for “15AK welding torches” leaves a welding torch supplier with several choices to make. UWELD's product graphic, for example, shows 3 m, 4 m and 5 m lead options. The quantity of each version belongs in the inquiry, along with the machine connection and supplied consumables. Otherwise, two prices for “15AK” can cover different goods. Compare complete assemblies against one purchase description: the configuration your customer can use, the parts included and the conditions attached to the quoted rating.
The UWELD range used in this guide comes from Ningbo United Tools Co., Ltd., in Ningbo, China, which presents UWELD as its welding and cutting tools brand. The public listings include 15AK, 24KD and 36KD MIG torches, WP26 air-cooled TIG torches and WP18 water-cooled TIG torches. Their descriptions contain useful purchasing details: a Euro connector on the 24KD and 36KD listings, and an M16 × 1.5 connection with a 2-pin socket in the WP26 title. Those details help define an inquiry; the complete quoted assembly still has to match the customer's equipment.
The useful comparison between one welding torch supplier and another starts here. Which versions does each offer for the machines you serve? What accompanies the torch, and what is sold separately? Which description will govern repeat orders? A quote tied to that information can be checked against a sample and later against the cartons delivered to your warehouse.
Prepare a quotation for the versions you intend to buy. In your welding torch quotation request, include the machine manufacturer and model, connection photographs, process and quantities by version. List branding and packaging separately. An undecided lead length or interface can remain an open question; giving it a place in the inquiry keeps it from becoming an unnoticed assumption in the offer.
What this supplier guide covers
The purchase here is a manual MIG/MAG or TIG torch assembly for wholesale supply, workshop use or an OEM/private label range. Alongside each MIG item, the inquiry can list the contact tip and liner requested for replacement stock. For TIG, that list covers the matching collets, cups and other selected components. The torch and spare parts then have separate quantities.
Plasma cutting, oxy-fuel cutting and heating tools require separate inquiries for their respective equipment and processes. Their presence in the same catalogue gives no basis for substituting them for a MIG/MAG or TIG assembly. Nor does this guide establish universal compatibility for any UWELD model. It follows the arc-welding purchase from selecting a listed family to defining the exact assembly, evaluating the sample and specifying the repeat order.
Start With the Customer's Installed Equipment and Buying Task
A replacement-torch range begins with the equipment it will serve. The 15AK listing refers to a MIG200 machine, but “MIG200” alone does not identify a manufacturer and machine version. Include a legible nameplate photograph, the machine version and a close view of its existing torch connection.
Give the industrial welding torch supplier the required reach from machine to joint and the intended lead route. For WP18, add the cooler identity and connection details. The supplier can then address the requested assembly against the installation described in the inquiry.
Define the purchasing task for each buyer group
| Buyer | Actual purchasing question | Information to prepare | Useful first approval |
|---|---|---|---|
| Welding distributor | Which assemblies serve the machines customers already own? | Installed equipment groups, expected sales mix and spare-part demand | Supported machine-to-SKU matrix |
| Industrial workshop | Can the assembly meet the documented operating requirements at this workstation? | Machine identity, process, workload, reach and cooling arrangement | Representative technical evaluation |
| Private label brand | Which approved configurations can carry our brand and be reordered consistently? | Target market, product specification, artwork and packaging brief | Configuration and packaging approvals |
| Equipment integrator | What exactly connects to the defined power source and supporting equipment? | Equipment documentation, interface drawings and included-component scope | Assembly and interface confirmation |
| Importer or wholesaler | Is the stock commitment commercially workable across different variants? | Quantities by version, destination, documentation and replenishment plan | Itemized commercial offer |
Quote the assembly and packaging separately
Specify the assembly separately from the packaging. On a WP26 offer, the connection arrangement affects customer fit; a printed box affects presentation. The assembly specification contains the selected connections, lead and included parts. The packaging brief contains artwork, box layout and labelling.
A box redesign can proceed against the artwork brief while the approved torch configuration stays fixed. A proposed lead or connection change belongs in a new assembly revision.
Terms such as “universal,” “heavy duty” and “industrial grade” leave these differences unresolved. A connection drawing, a rating with its conditions and an included-parts list give the evaluator something to compare with the equipment and sample. Those documents determine what the description can credibly promise to a customer.
Decide what belongs in the initial stock range
Separate quantities for every version that affects fit or use. Ordering a total number of 15AK torches without splitting the selected lengths leaves the stock mix undefined. Carry the selected length and connection into each stock description and its carton label. Receiving staff can compare those details with the packing list; sales staff can select the version specified for the customer.
Attach the welding torch compatibility record to each stock item. For a TIG item, retain the power, gas and control connection details; for WP18, include the specified cooling connections and supporting equipment. The next section uses the actual UWELD listings to identify what is already published and what remains a question for the quotation.
Build a MIG and TIG Shortlist From the Actual UWELD Listings
Start with the machines your customers own. The purchasing decision concerns everything in the box: the torch, lead, machine connection and supplied components. A familiar name helps locate a product page; missing assembly details leave sales, receiving or the customer to resolve the fit.
UWELD's MIG pages cover 15AK, 24KD and 36KD. On the TIG side, WP26 is air cooled and WP18 is water cooled. These are the initial model references for a MIG and TIG welding torch supplier inquiry. The customer machine belongs beside the model being requested, followed by any connection detail or rating condition the listing leaves open.
What the published product descriptions establish
The table sets published descriptions beside missing information. Its final column identifies what needs resolving for the customer's installation.
| UWELD reference | Process and cooling described | Published title or product-graphic details | Information needed before selection |
|---|---|---|---|
| 15AK MIG welding torch | MIG; air cooled | Title states 150 A and references MIG200; official graphic states 180 A CO₂ / 150 A mixed gas at 60% duty cycle, 0.6–1.0 mm wire and 3 m / 4 m / 5 m options | Confirm the quoted version, full test conditions, machine interface, selected cable length and consumable references |
| 24KD MIG/MAG welding torch | MIG/MAG; air cooled | Title states a 10 ft cable and Euro connector | Full rating conditions, connector drawing, supported wire sizes, liner specification and supplied consumable set |
| 36KD MIG/MAG/CO₂ welding torch | MIG/MAG/CO₂; air cooled | Title identifies a Euro connector | Rated current under the intended shielding gas and process, duty cycle, cable specification and supported wire sizes |
| WP26 air-cooled TIG torch | TIG; air cooled | Title states 200 A, 13 ft, M16 × 1.5 and a 2-pin socket | Full rating conditions, AC/DC applicability, mating interfaces, control functions and supplied electrode-size components |
| WP18 water-cooled TIG torch | TIG; water cooled | Title states 350 A, 13.1 ft and a denim protective cover | Full rating conditions, AC/DC applicability, power and control interfaces, coolant requirements and included components |
There are details to reconcile in the WP18 listing. The title says 350 A and 13.1 ft; the graphic says “over 320 amps” and offers 4 m / 8 m options. The buyer still needs a single specification for the item being quoted. Its current datasheet should identify the length and the conditions attached to the amperage. Those settled details can then go into the buyer's catalogue. Neither the public title nor the graphic supplies independent test results.
Use the 2023 catalogue as a dated specification reference
The 2023 edition of UWELD's welding catalogue, printed pages 265–268, gives gas-specific MIG ratings and wire ranges. The figures below provide a dated comparison point for the shortlist. They describe the catalogue configurations; the supplier still needs to identify the specification offered in a current quotation.
| Catalogue reference | CO₂ current | Mixed-gas current | Duty cycle | Wire diameter |
|---|---|---|---|---|
| 15AK | 180 A | 150 A | 60% | 0.6–1.0 mm |
| 24KD | 250 A | 220 A | 60% | 0.8–1.2 mm |
| 36KD | 340 A | 300 A | 60% | 0.8–1.6 mm |
UWELD publishes these figures as catalogue specifications. The current datasheet and the approved order remain the working references for receiving and service; independent test results would be separate evidence.
Use model names as identifiers, then define the delivered assembly
Group MIG power sources and wire feeders by their actual interfaces. A Euro connector narrows the search, but the complete connector arrangement and intended process must match the installation. “Euro fitting” alone leaves the customer to resolve those details.
The 15AK title's phrase “for MIG200 Machine” also leaves a machine-identification question. MIG200 alone doesn't identify the power source. The inquiry needs the machine manufacturer's name, exact model and version so the supplier can assess the connection for that equipment.
WP18's water-cooled description brings the cooling installation into the same discussion. The MIG torch selection and compatibility guide covers wire feeding and connections, while the TIG torch cooling and compatibility guide develops the WP18/WP26 comparison.
Match Each Torch Version to the Customer's Machine
The warehouse needs a usable item reference after the machine and torch have been matched. The matrix below holds the connection details and supporting documents for that item. Someone selecting a replacement can then see which machine it serves.
Several connector versions within one torch family need separate descriptions. Otherwise the family name on the order leaves the person picking stock to work out the variant.
Record the interfaces and the operating conditions together
| Compatibility field | MIG/MAG purchasing requirement | TIG purchasing requirement | Record that supports the decision |
|---|---|---|---|
| Machine identity | Power source, wire feeder and relevant version | Power source and relevant version; cooler identity where applicable | Manufacturer/model identification and applicable equipment documentation |
| Power connection | Complete machine-side connector arrangement | Power connection and any specified adapter | Dimensioned connection drawing or supplier-approved interface sheet |
| Trigger and controls | Trigger interface and required operating functions | Torch switch or other requested control functions | Function description checked against the machine documentation |
| Shielding gas path | Connection arrangement and gas suitability for the intended process | Gas connection and the machine's gas-control arrangement | Assembly connection sheet and permitted-use documentation |
| Cooling | Confirm the quoted cooling method | Air-cooled or water-cooled assembly and compatible supporting equipment | Current cooling requirements for the exact assembly |
| Wire or electrode | Wire material, diameter range and feeding arrangement | Tungsten diameter and matching holding components | Approved consumable and component list |
| Front-end components | Contact tip, holder, diffuser and nozzle as applicable | Collet, collet body or gas lens, cup and back cap as applicable | Illustrated parts list tied to the assembly version |
| Cable assembly | Actual length, construction and intended routing | Actual length, construction and protection options | Cable specification and permitted configuration |
| Rating basis | Current, shielding gas, duty cycle and process conditions | Current, AC/DC conditions, duty cycle and cooling conditions | Current version-specific technical datasheet |
| Assembly scope | Complete torch, lead and connection items supplied | Complete torch and supplied power/gas/control/cooling connections | Written description of included and separately required components |
The matrix supports the purchase and technical approval; it provides no wiring or commissioning procedure. A competent technician must follow the applicable equipment instructions for installation and operation, including commissioning the WP18 and its matched cooler.
Separate a physical fit from functional compatibility
The original torch's controls are part of the replacement specification. A proposed assembly with a simple switch may omit a function the operator uses. Even with a mating connector, that difference needs an answer before the buyer describes the replacement as functionally equivalent.
Power, gas and controls on a TIG assembly need their own descriptions. M16 × 1.5 describes the thread dimensions. A “2-pin” socket has two pins, but the count doesn't identify their functions or establish a match with the machine-side interface. The interface drawing needs to show both ends and any adapter required between them.
On a MIG assembly, wire compatibility involves the liner, contact tip and feeder arrangement. Each must suit the selected material and diameter. Two torches can have the same-looking handle without having the same feeding components. A product range covering different wire materials therefore needs those component details in its item specifications.
Compare rating conditions before comparing amperage labels
Amperage belongs beside its conditions. The 2023 catalogue's MIG values distinguish CO₂ from mixed gas; retain that distinction when comparing offers. A number quoted for one shielding gas cannot simply become the rating for every process a customer uses.
The TIG rating needs its AC or DC conditions, duty cycle and cooling arrangement alongside it.The customer's working current and workload explain which rating conditions matter to the purchase. If the customer expects sustained production work, that workload belongs in the evaluation. A brief demonstration only addresses the conditions of that demonstration.
The torch, power source and supporting equipment all have operating limits. Their documented limits need to cover the intended use together. The buyer needs the limits for those actual items. A headline number for the torch alone, or a value taken from another product's brochure, cannot describe the whole installation.
Give every confirmed variation a recognizable identity
A carton marked only “WP26” may leave receiving staff unable to distinguish two ordered versions. Carry the torch family, connection arrangement, lead length, cooling method and supplied component set into the item description and packing information. Differences that change customer fit need a distinct reference.
In a hypothetical private label order, a buyer might approve one WP26 connection and consider another later. The versions can share a commercial family while keeping separate stock references. This illustrates version control; it is not a documented UWELD order.
An approval description can begin with “WP26 air-cooled assembly” and then name the agreed connection, lead length, switch interface and electrode-size component set. The description becomes usable once those fields contain the actual approved details. It then defines what to reorder, including the differences that the family name alone leaves out.
Choose Materials and Consumables by Component
Material requirements need component names. A contact tip, lead and protective cover serve different purposes. Labels such as “premium copper” or “heavy-duty cable” cannot describe a whole assembly. Specify the construction detail affecting the purchase and obtain the supplier's component description.
UWELD's public listings identify selected features, including WP18's denim cover. They do not provide a complete material bill for every component. Keep those listing features separate from any additional material requirement in your inquiry.
The 15AK entry in the 2023 catalogue names an E-Cu contact tip, reference 140.0059: Ø0.8 mm, M6 × 25. The dated 24KD entry lists E-Cu tip 140.0242, Ø1.0 mm, M6 × 28. The 36KD catalogue entry names reference 140.0442: an E-Cu contact tip of Ø1.2 mm, M8 × 30. Catalogue diffuser entries: 012.0183 (24KD) and 014.0023 (36KD), both described as white ceramic. Those references identify the component wanted. The current offer still needs its part references, material descriptions and included consumables.
Write consumable requirements as a matched set
The tip line on a MIG/MAG spares order should show its wire diameter, part reference, mounting interface and material. The holder or diffuser, nozzle and liner need their own entries. An E-Cu description identifies a material; it cannot show whether the tip fits the mounting interface or how long it will last. Dimensions establish the fit requirement, and any operating-life claim needs supporting evidence for the offered component.
Electrode diameter is one field in a TIG spare-parts request. The component fields are the collet, collet body or gas lens, ceramic cup and back cap, identified for the chosen torch configuration. A quotation should distinguish the supplied set from optional parts. Different welding procedures may call for different sets on the same basic assembly, so one torch reference needn't mean one consumable order.
Replacement-parts records need references, relevant dimensions, supported assembly versions and specified materials or construction. Those details make the next inquiry precise and expose a proposed substitution before delivery.
Evaluate the cable and protective cover as working components
Choose lead length for useful reach and manageable routing, within the documented assembly's limits. A bench and a large fabrication may call for different routing.
Cable construction and flexibility affect handling; strain relief and environmental limits also need a defined specification. The lead's route explains where abrasion protection is wanted. UWELD publishes a denim cover for WP18, but that feature supplies no quantified abrasion rating or service-life result.
A water-cooled purchase includes a cooling-system question as well as a cable question: which supporting equipment and connections does this assembly require? The outer cover cannot answer it. Cooling suitability depends on the documented requirements for the complete installation.
Make operator handling part of the specification
Give the intended user a role in sample selection. Handle size, trigger access, head access, balance and cable movement can affect whether an otherwise suitable assembly is practical at the job. A purchasing manager looking at a product photograph cannot settle all of those questions.
Evaluate handling with the relevant gloves and working positions. Describe restricted clearance or geometry rather than requesting “a smaller torch.” Any proposed head or neck variation also needs permitted-use confirmation.
Keep sample observations within their actual scope
Give the sample evaluation a defined scope: machine, fitted components and working conditions. A successful assessment on one installation supports that particular selection; it cannot justify a claim covering every machine with a similar model name.
Resolve technical gaps before operation and follow the documented limits and equipment instructions. Do not modify an unverified connection to obtain a physical fit. Handling observations cannot establish an unverified endurance result, material grade or certification.
Keep the sample identifier and observations with the machine and component details. List unresolved questions beside the outcome so production approval reflects the evaluation's actual scope.
Welding Torch Quality Control: Turn Supplier Claims into Acceptance Evidence
“High quality” won't resolve a claim about the wrong connector. The order description identifies the model, cable length, connector, cooling arrangement and supplied consumables. Recognizing a torch in a photograph does not establish its suitability for the buyer's machine.
UWELD's FAQ offers a route for requesting test reports on qualifying mass-produced models. A welding torch quality control enquiry needs the quoted model as its reference. Report availability requires confirmation; the document must establish the evaluated version and conditions. The FAQ itself cannot establish model approval.
The following checklist is a proposed purchasing framework. It is not a record of UWELD tests, batch results or inspection frequency.
For arc-welding torches, including air- and liquid-cooled versions, IEC 60974-7:2019 covers safety and construction. Gas welding, heating and cutting blowpipes fall within the scope of ISO 5172. Documentation for a gas blowpipe therefore leaves the MIG or TIG assembly's qualification unanswered. The purchase needs the applicable standard and edition, supported by documents for the model being supplied.
Build an Evidence and Acceptance Matrix
A requirement needs a pass criterion, drawing revision, sample number and approval owner. Otherwise, one party may assess a revised connector while the other quotes the original sample.
| Procurement requirement | Evidence to request | Acceptance decision to agree |
|---|---|---|
| Complete assembly identity | Model, configuration code, drawing revision and packing list | Every supplied assembly matches the approved configuration |
| Machine connection | Connector drawings, pin assignment where relevant and photographs | Interface matches the identified machine and agreed adapter arrangement |
| Current and operating conditions | Applicable rating documentation with cooling and duty conditions | Documented operating envelope covers the intended application |
| Cable, hose and materials | Construction description and relevant material specifications | Critical construction features match the approved specification |
| Consumable fit | Part references, dimensions and representative spare samples | Agreed consumables fit without unapproved modification |
| Functional evaluation | Model-specific report or an agreed sample evaluation record | Results meet the written criteria and stated test conditions |
| Shipment identity | Labels, configuration references and available batch identification | Receiving staff can distinguish variants and connect goods to order records |
“Tested” is incomplete without the test item, method, conditions and pass criterion. A report on a separately tested connector leaves the rest of the torch unevaluated. A quoted version with another cable length or cooling arrangement needs supporting information before the buyer can extend a result to it.
Check Parts, Evaluate Samples and Accept Shipments
Connector dimensions, cable construction, hose routing and consumable seating are possible subjects for agreed component checks. A material description needs similar care. A description limited to copper or brass leaves the grade open. Where a grade has been specified, documentation identifying it gives the receiving team a basis for verifying that requirement.
A sample evaluation moves from individual parts to their operation together. Its identifier, accessories, consumable references and receiving condition tie the evaluation to a defined assembly. The agreed procedure should describe the assessment well enough for it to be repeated, while following the equipment instructions.
With TIG, sample review includes whichever power, gas, control and cooling connections the assembly uses. With MIG, the machine interface and specified wire-feed consumables are part of the same review. Matching the appearance of a plug leaves those other requirements unresolved.
In a hypothetical delivery of two connector variants packed in similar boxes, a receiving check could expose a mix-up before customer dispatch. Its usefulness depends on a scope, sampling method and pass criteria agreed before ordering, including what happens to rejected units. This proposed purchasing arrangement does not establish UWELD's existing inspection practice or imply that every unit is checked.
Make Traceability Useful to Receiving and After-Sales Teams
A useful identifier connects a received torch with its order, approved version and available inspection records. That link helps identify the version involved in after-sales enquiries. The supplier's available identification may concern a shipment, lot or assembly. The agreed purchasing record needs to state the level supplied. Individual serial numbers have not been established here.
The About page provides welding torch manufacturer information for the buyer's company check. A product approval needs a further set of records: the agreed sample, documents for that model and written shipment criteria. These connect the purchase to an accepted assembly.
OEM and Private Label Manufacturing: Control the Configuration Before Adding the Brand
UWELD describes OEM cooperation and customization covering branding, appearance, specifications, configurations and packaging, subject to the request and technical assessment. A box artwork request may leave the assembly unchanged. A proposed connector or handle change needs technical assessment.The brief to an OEM welding torch manufacturer must distinguish these changes because their approval requirements differ.
Move through Defined Procurement Stages
| Stage | Buyer information or approval | Decision required before progressing |
|---|---|---|
| Requirement definition | Application, market, machine interfaces, quantities and service expectations | Which configurations belong in the initial program? |
| Feasibility and quotation | Customization brief and requested commercial terms | Which changes are available, and what conditions apply? |
| Sample selection | Agreed model, accessories and branding requirements | Does the representative sample match the specification? |
| Technical approval | Configuration details, fit review and available evidence | Can the selected assembly be accepted for the intended use? |
| Brand and packaging approval | Logo files, label text, carton layout and instructions | Are the approved claims and visible information accurate? |
| Order release | Approved references and written acceptance terms | Is there one unambiguous configuration to produce? |
| Shipment and replenishment | Receiving records, stock movement and service feedback | What should be retained or changed for the next order? |
Freeze the Approved Sample and Bill of Materials
Sample approval needs a defined boundary. The head, connector, switch, cable exit, cooling connections and consumables can be recorded in photographs. Cable length, included accessories and the sample identifier belong in the same approval record. The next order can use this record to specify the kit, with the written fields covering details absent from the photographs.
A buyer can grant permission for packaging changes while retaining approval of connector substitutions in the same brief. A bill of materials or another agreed product document can record that boundary. The parties still have to agree how much detail can be shared. This does not mean the supplier will disclose its full internal manufacturing BOM.
An approval owner and updated records are needed for revisions, while the existing inventory remains identifiable. A changed connector or consumable family may require a separate stock reference and spare-parts list. Keeping the old commercial model name does not remove that warehouse distinction.
Approve Trademark Use, Labels and Packaging Together
Trademark authorization names the approver and permitted locations: handle, cable label, box, instructions or carton. The record distinguishes permanent product marking from printed packaging because each commits different stock to the brand.
Packing approval records the agreed protection and accompanying product information. The brief needs the included parts, connector version, relevant cable length, product reference and language. “Universal compatibility” would overstate the offer unless the supported equipment range has been established and clearly defined.
Bulk distribution needs identification that works for individual products and mixed cartons. Retail boxes and instructions identify the variant and replacement consumables; the packing list lets receiving staff reconcile the delivery with the order.
The brief to a custom welding torch supplier needs quantities per variant, proposed technical changes, artwork status and packing requirements alongside the model name.
Wholesale Torch Quotes: MOQ, Delivery and Total Cost
The quoted torch name needs a kit description. Cable length, connector, accessories and documentation can differ between offers carrying that name. Until those differences are resolved, a lower unit price cannot identify the more economical purchase.
An itemized offer for selected wholesale welding torches makes this comparison possible. Spare consumables, private label packaging, samples and destination-specific documents need prices or an explicit exclusion where relevant, so the purchasing budget covers the intended scope.
Confirm MOQ and Lead Time for the Actual Order
UWELD's FAQ makes MOQ product-specific. The quotation needs minimum quantities for the standard assembly, each custom variant and any branded packaging. Colors, connectors and box designs may have their own minimums; a combined order total does not establish that each has been met.
For stock products, UWELD's FAQ states a normal lead time of one to two weeks. Timing for custom orders depends on processes and quantities. This published guidance still needs an order-specific answer on availability and schedule. For the importer, warehouse receipt follows transport, customs clearance and final delivery, so dispatch is not the delivery date.
A quoted number of weeks means little without its starting event.The offer needs to identify any preceding sample approval, artwork approval or commercial milestone. Evaluation also has a cost: according to UWELD, the applicant normally pays for samples and their shipping.
Calculate the Cost at Your Warehouse
A freight estimate needs carton quantities, dimensions, gross weight and packing details. The trade term and named place establish where the quoted scope ends; responsibility for the remaining charges belongs in the comparison alongside the torch price.
| Quotation field | Why buyers should compare it |
|---|---|
| Assembly and accessory scope | Prevents a partial assembly from being compared with a complete kit |
| MOQ per configuration | Reveals the inventory commitment across variants |
| Packaging specification | Identifies protection, labeling and handling differences |
| Trade term and named place | Clarifies which logistics charges the quoted price covers |
| Freight and destination costs | Connects purchasing cost with the warehouse budget |
| Spares and warranty terms | Shows service obligations and replacement arrangements |
| Approval and replenishment timeline | Helps plan stock availability after the first shipment |
In a hypothetical comparison—not a UWELD quotation—200 identical assemblies at $40 each cost $8,000.
- First offer: $8,000 goods + $600 freight + $900 combined destination costs = $9,500. Dividing $9,500 by 200 gives $47.50 per assembly.
- Second offer: 200 assemblies × $38 = $7,600 goods. Adding $2,000 freight and destination charges gives $9,600.
These totals exclude any additional buyer-specific costs. The second offer is $100 higher despite its lower unit price.
The comparison only holds for matching assemblies and complete cost scopes.
Spares, Warranty Terms and Repeat Orders
For spares, the offer needs the orderable part reference and unit of sale, not just a statement of availability. The written warranty needs its scope, exclusions, claim requirements and remedy, including duration and replacement terms. None of those terms can be inferred from an unspecified warranty.
Review sales for each variant alongside receiving discrepancies, compatibility enquiries and spare-parts demand. A slow-selling connector version warrants a check of customer machine interfaces before any conclusion about product faults. A manageable initial assortment keeps these reviews tied to identifiable products and applications.
Send an Equipment-Specific RFQ
A buyer can start the message like this: “Please quote [quantity] complete 15AK assemblies for [machine and feeder model]. Our wire diameter is [size], shielding gas is [gas], and requested lead length is [length]. Connector photographs are attached. Please identify the proposed connection, included tip and liner, available spares and current rating conditions.” This is an inquiry template; the brackets require the buyer’s own information. For WP26 or WP18, replace the wire-feed fields with tungsten size, machine-side power and control connections, gas supply and the cooling arrangement.
Your company, destination country and purchasing role help explain the project. The quantities need a little more attention. An inquiry for several WP26 versions, for example, should show a quantity against each connection and cable combination. Otherwise, the supplier cannot tell whether the proposed total belongs to one stock item or several separately produced variants. This is an illustrative RFQ problem, not a UWELD customer case.
The old torch's label and photographs can narrow an uncertain identification. The machine manual contributes information the photograph cannot show, such as the function of a control connection. Together, these make a better starting reference than “standard fitting.” A proposed replacement can then be assessed against the actual power, control and cooling arrangement.
Use this procurement brief in the inquiry form
| RFQ field | What to send | What to ask UWELD to confirm |
|---|---|---|
| Business and market | Company, country and distributor, workshop or brand role | Appropriate product and cooperation route |
| Equipment | Machine manufacturer, model, version and feeder or cooler where relevant | Exact assembly and supported interface |
| Welding process | MIG/MAG or TIG; intended material and normal working pattern | Documented suitability and rating conditions |
| Product reference | Preferred 15AK, 24KD, 36KD, WP26 or WP18 reference, if known | Current configuration and technical datasheet |
| Connections | Existing connector, switch, gas and cooling details | Mating interfaces and required adapters |
| Consumables | Wire or tungsten size and requested replacement components | Supplied parts, approved references and availability |
| Quantities | Initial quantity and planned demand by configuration | MOQ, price breaks and replenishment conditions |
| Customization | Logo, appearance, configuration and packaging brief | Feasibility, sample approvals and project-specific conditions |
| Quality evidence | Required reports, acceptance record and identification needs | Available model-specific documentation and agreed inspection scope |
| Logistics | Destination, delivery preference and required date | Packing details, quoted trade term and realistic schedule |
For accessories, a quotation line can read “adapter [reference], [quantity], included” or “spare pack [contents], [quantity], additional price [amount].” These are examples of line descriptions, with details to be supplied for the actual order. Leave an unresolved interface marked “awaiting confirmation.” Obtain the price expiry date as well; sample evaluation or box-artwork approval can outlast the offer’s validity.
Use the UWELD contact form for wholesale and OEM inquiries to send the brief and a reply email address. Attach connector photographs if you need help identifying the interface. For quantities awaiting confirmation, request a budget estimate and ask which terms depend on the final quantity.
Review the returned offer
Put the inquiry beside the returned quotation and record the proposed model, connector, lead length and included consumables against your requested values. Leave space for the supplier’s explanation wherever they differ. A rating without its conditions, or a different accessory without an explanation, needs a follow-up before the assembly enters the approved shortlist.
A sample gives the shortlist a physical reference. The agreed evaluation may cover identification, component fit and operator handling, followed by any technical assessment the application requires. Someone must own that decision and retain the sample reference. A later connector substitution goes back through acceptance with its own revised description; retain the resulting decision with the order.
Buyer Questions: Quotes, Compatibility and Repeat Orders
What belongs in a first wholesale inquiry?
Send the machine and feeder or cooler identification, welding process, connector photographs and destination. Put the requested quantity beside each torch version, with your preferred reference and lead length if known. State whether you need a complete assembly, a replacement lead or loose accessories. Add the spare quantities and any branded box or documentation requirements so those items can be priced.
Does a familiar torch model name prove compatibility?
No. WP26, for example, is a family reference. Its published M16 × 1.5 thread and two-pin socket description do not identify every possible machine-side interface. Power, gas and controls must match the intended installation. On a MIG torch, the wire size, liner and contact tip add another set of fit questions. The purchasing record needs answers for the complete supplied version.
How should a mixed MIG and TIG order be described?
List each MIG and TIG configuration as a separate item with its own quantity, connection and supplied parts. A WP18 item needs its cooling connections recorded; a MIG item needs the wire-feed consumables identified. UWELD’s catalogue references can help prepare that list. Carry those item descriptions into purchasing, receiving and subsequent orders.
Which rating conditions are missing from a product title?
No. The 15AK graphic distinguishes 180 A under CO₂ from 150 A under mixed gas at a stated 60% duty cycle. A title saying 150 A leaves those conditions out. For the quoted version, the current datasheet should establish the gas and duty basis for MIG/MAG, or the AC/DC and cooling basis for TIG. WP18's differing public descriptions also require clarification.
What is the MOQ for an OEM welding torch order?
UWELD’s FAQ makes MOQ product-specific.Obtain a written minimum for each assembly and custom variant, including any separately ordered branded packaging. A total spread over several connectors may not meet the minimum for each version. Those separate quantities determine how much stock the buyer must commit to.
How should buyers interpret published lead times?
Read the quotation's endpoint carefully. “Ready for dispatch” still leaves transport and customs between the factory and your warehouse. UWELD's FAQ gives a usual stock-product timing of one to two weeks, subject to the actual availability and offer; custom orders depend on the project.The arrival plan also has to allow for sample acceptance, artwork and the approvals releasing production.
Can buyers request a sample and test documentation?
Yes, through the request route described in UWELD's FAQ, with report availability subject to the qualifying model. Give the proposed assembly reference when making the request. Then check the document's test item, method and conditions against the offer. Record the sample’s assembly reference and configuration when accepting it. Keep the acceptance decision and subsequent change proposals under that sample reference.
How does ISO 9001 relate to product approval?
ISO 9001 addresses the quality management system. The certificate holder, sites, activities and expiry date define the certification being presented. The torch approval file needs additional documents identifying the offered model: its current datasheet, interface description and applicable product evidence. Cite these records beside the rating and compatibility decisions; the company certificate does not establish either result.
What should the buyer retain for a reorder?
Keep an item file containing the accepted assembly specification, parts list, connector and cable details, and approved packaging artwork. Date the accepted revisions. Purchasing and receiving should work from the same current version, with substitutions handled under the agreed approval procedure. Quote the item reference when requesting a replacement assembly or its spares.
Conclusion
The order is ready for a welding torch supplier when the approved assembly, interfaces, rating basis and supplied parts are recorded, the sample decision is complete and the commercial terms have been accepted. Retain that approved specification for delivery checks and reorders.
With your equipment details and quantities ready, request a welding torch quotation from UWELD. Add the destination and branding brief, plus your request for the offered model’s documents and sample availability.
