UL 3304 Ignition Wire for UAE and Saudi Arabia Sourcing
UL AWM Style 3304 is a single conductor with extruded insulation, rated 200°C and 10,000 Vac with Horizontal Flame. The conductor range is 22 AWG through 12 AWG, solid or stranded round. The insulation is extruded SR-Silicone at 40 mils minimum average with 36 mils minimum at any point, and the construction includes a fiberglass braid covering.
This page is a regional sourcing page. Its role is to support B2B buyers in the UAE and Saudi Arabia — OEM buyers, appliance-component distributors and ignition-system procurement teams — in preparing a technically controlled Style 3304 enquiry.
Geography is commercial context. It does not change or expand the official UL Use, which is: internal wiring of electronic ignition or similar application in gas ranges or gas or fuel oil burner systems where protected from damage during handling, installation and servicing of the appliance.
Verified UL Style 3304 Specification
| Parameter | Style-level information |
|---|---|
| UL AWM Style | 3304 |
| Product description | Single Conductor with Extruded Insulation |
| Temperature rating | 200°C |
| Voltage rating | 10,000 Vac |
| Flame | Horizontal Flame |
| Conductor range | 22 AWG–12 AWG |
| Conductor form | Solid or Stranded Round |
| Insulation | Extruded SR-Silicone |
| Insulation thickness | 40 mil minimum average / 36 mil minimum at any point |
| Covering | Fiberglass Braid |
| Marking | General |
| Official Use | Internal Wiring of Electronic Ignition or similar application in Gas Ranges or Gas or Fuel Oil Burner Systems where protected from damage during handling, installation and servicing of the appliance |
| Regional commercial focus | UAE and Saudi Arabia sourcing |
Four clarifications belong with that table. The UAE and Saudi Arabia are sourcing markets, not separate UL applications. 22–12 AWG is the Style construction range, not guaranteed inventory. The fiberglass braid is part of the verified Style construction and is not an option to add. And conductor material and plating are not established at Style level — they are confirmed for the applicable ordered construction.
One Conductor Range, One Insulation Requirement
The verified Style range is 22 AWG through 12 AWG. Sizes larger than 12 AWG and smaller than 22 AWG are not part of Style 3304, and no wider range is published here.
The insulation requirement is equally uniform: 40 mils minimum average with 36 mils minimum at any point, applying across the Style rather than splitting into size-dependent groups. A 22 AWG construction and a 12 AWG construction carry the same requirement.
Those two figures are separate requirements, not a range. The first governs the average across the wall; the second sets a floor at every individual point on it. Neither is a nominal value — the requirement is not a 40 mil nominal wall, not an exact 40 mil wall and not a 36 mil nominal figure — and neither establishes a finished outside diameter.
The Fiberglass Braid Is Part of the Construction
The Style construction has three parts in sequence: the conductor, the extruded SR-Silicone insulation, and a fiberglass braid over it.
The braid is listed in the Style as the covering. It is not described here as optional, as available on request, or as an added protective feature, because the Style record does not present it that way.
What the Style does not establish is anything about how that braid is built or how it performs. No braid density, braid thickness, treatment, varnish, silicone coating, glass grade or coverage percentage appears here, and no quantified mechanical-protection rating is attributed to it. The Style establishes a fiberglass braid; the details belong to the ordered construction.
Conductor Material Is an RFQ Field
The Style-level conductor statement establishes the size range and the solid or stranded round form. It establishes nothing else about the conductor.
Copper, tinned copper, bare copper, nickel-plated copper, silver-plated copper and aluminium are none of them universally established by Style 3304, and no strand count, strand diameter, lay length, conductor diameter or conductor resistance is stated here.
This matters in practice because ignition-lead drawings frequently do control the conductor finish. Where a buyer requires a particular conductor material, plating or strand construction, it is an RFQ field requiring confirmation against the applicable qualified construction — not something the Style number supplies.
Solid or Stranded Round
Both conductor forms are permitted, so Style 3304 is not described here as stranded-only.
The wire is also not called flexible, high-flex or extra-flexible, and no minimum bend radius, flex-cycle life or dynamic-flex suitability is published. Silicone insulation alone does not establish a quantified flex performance, and the Style record provides none.
200°C and 10,000 Vac
The verified temperature rating is 200°C. It is stated here without a continuity qualifier — not 200°C continuous, not continuous-duty, not long-term 200°C service — because the Style record states 200°C and nothing further. No thermal aging life, service-life hours or thermal-cycle count is inferred.
The verified voltage rating is 10,000 Vac. It is not written as 10,000 Vdc, 10kV DC, 10kV AC/DC or a peak value.
One distinction is worth stating plainly: a wire voltage rating is not an ignition-system output specification. The Style rating does not mean that every ignition system operates at 10,000 Vac, and the actual circuit condition comes from the equipment design.
The Style Does Not Describe the Ignition System
Style 3304 provides a wire rating. It does not specify the electrical design of the ignition system the wire sits in.
No spark voltage, spark energy, spark current, pulse duration, ignition frequency, electrode gap or transformer output figure is published here, and none is generalised from the voltage rating. Where those parameters matter to a selection, they come from the equipment specification and are supplied by the buyer.
The Official Use, in Full
The Use has three parts, and all three apply.
The function: internal wiring of electronic ignition or similar application.
The equipment: gas ranges, or gas or fuel oil burner systems. Those three are named in the Use and may all be stated. This regional page uses them to explain the Style scope rather than to target each as a separate application.
The condition: protected from damage during handling, installation and servicing of the appliance. Three activities are named, and the third extends past normal operation — a lead that is well protected in the assembled appliance may still be exposed when a panel comes off or a component is pulled for replacement.
The protection obligation sits with the appliance design. The fiberglass braid is not presented here as automatically satisfying it, and no specific protection method is invented — how the lead is protected is described by the buyer, not prescribed here.
What the Use Does Not Cover
The Use is not broadened on this page into general thermal equipment, industrial heating equipment generally, commercial kitchen equipment generally, HVAC equipment generally, boiler wiring generally, process-heater or furnace wiring, kiln wiring, building heating plant wiring, gas turbine ignition, marine engine ignition, automotive ignition or general high-voltage wiring.
Burner-system context stays close to the formal wording. Style 3304 is not described as covering all standard industrial burner ignition specifications, because the Use names specific equipment categories rather than an industry.
Nor is direct flame exposure implied. The 200°C rating does not establish suitability at a burner flame zone, in a combustion zone or in contact with a burner tip, and Horizontal Flame is a test designation rather than permission for direct flame exposure.
UAE and Saudi Arabia as Sourcing Markets
This page addresses UAE and Saudi Arabian buyers sourcing Style 3304 for export quotation against a qualified construction.
No local project approvals, named end users, established regional customer usage or market-volume figures are claimed. Regional climate is not used as technical justification either — geography does not determine which AWM Style an appliance requires, and the buyer’s approved equipment specification is what controls that.
What the destination genuinely affects is the commercial side of the enquiry: the port, the city, the Incoterm, the packaging and the documentation set requested by regional procurement teams. Those appear below as buyer-supplied fields rather than as published terms.
Dimensional and Interface Requirements
Style 3304 does not define one universal finished outside diameter, and none is calculated here from a nominal conductor diameter plus the minimum insulation wall. Actual OD depends on the conductor construction, the actual conductor diameter, the SR-Silicone extrusion, the fiberglass braid construction and manufacturing tolerance.
Where the ignition lead has to pass a boot, a terminal entry or a routing opening, the buyer should state the maximum OD, the OD tolerance, the boot or terminal entry dimension and the routing clearance.
The same applies to the interface at each end. Style 3304 establishes no terminal, connector, electrode boot or ignition-module interface, and none is assumed.
No Universal Ampacity or Resistance
No current rating is published for Style 3304. The Style provides no universal ampacity, no maximum amps and no continuous-current figure for any size in the 22–12 AWG range, and none is calculated here.
No conductor resistance value is published either. Because the Style establishes no universal conductor material or stranding configuration, one universal resistance figure cannot exist, and no value is substituted from generic AWG tables.
Bulk Wire and Processed Ignition Leads
This page primarily represents UL AWM Style 3304 wire.
Nothing here implies that supply automatically includes cutting, stripping, crimping, electrode boots, connectors, terminals or finished ignition harnesses. Where processed leads are required, those specifications are separately confirmed — and stating which is needed in the first enquiry avoids quoting the wrong scope.
Commercial Terms Are Confirmed per Enquiry
No minimum order quantity, sample quantity, stock position, lead time, transit time, production capacity, quotation response time, fixed Incoterm, fixed port, certificate availability or fixed document package is published here. None of those is a Style 3304 parameter.
For commercial confirmation, buyers should provide the quantity, the destination country and city or port, the requested Incoterm, the packaging requirement and the documentation requirements. Insulation colour is treated the same way — no fixed colour list is presented as automatically available, and the required colour is confirmed for the ordered construction.
What Style 3304 Does and Does Not Define
The Style does define: 200°C; 10,000 Vac; Horizontal Flame; 22 AWG–12 AWG; solid or stranded round; extruded SR-Silicone; 40 mils minimum average and 36 mils minimum at any point; a fiberglass braid covering; marking General; and the official Use.
The Style does not define:
- Conductor material and conductor plating
- Strand count, strand diameter and lay length
- Conductor resistance
- Finished OD and OD tolerance
- Ampacity and current rating
- Bend radius and flex-cycle life
- Spark voltage, spark energy, spark current, pulse frequency and electrode gap
- Terminal, connector and boot
- Colour and cut length
- MOQ, stock, lead time, production capacity and shipping term
Each requires the customer specification, verified SKU documentation, the applicable qualified construction, or commercial confirmation.
Common Procurement Errors
- Using an 18–10 AWG range. The verified Style range is 22–12 AWG.
- Publishing 110 or 125 mil insulation for Style 3304. The requirement is 40/36 mil.
- Calling the fiberglass braid optional. It is part of the Style construction.
- Assuming all Style 3304 conductors are tinned copper. Conductor material is not set at Style level.
- Assuming nickel-plated copper is universally permitted by the Style.
- Calling 200°C a continuous-service-life guarantee.
- Using 10,000 Vac as a universal ignition-system output value.
- Expanding burner-system Use into every industrial heating application.
- Ignoring the protection-from-damage condition.
- Assuming direct flame suitability.
- Publishing one finished OD.
- Publishing ampacity from AWG alone.
- Treating a fixed MOQ or lead time as a technical product property.
- Treating regional climate as proof that Style 3304 is required.
UAE and Saudi Arabia RFQ Checklist
- UL AWM Style 3304 requirement
- Required AWG within 22–12 AWG
- Solid or stranded round requirement
- Required conductor material
- Required conductor finish or plating
- Stranding details, if controlled
- 200°C requirement
- 10,000 Vac requirement
- Gas range, gas burner system or fuel oil burner system context
- Exact ignition-wire location
- How the lead is protected from damage during handling, installation and servicing
- Finished OD, if controlled
- OD tolerance
- Insulation colour
- Terminal, electrode or ignition-module interface, if relevant
- Bulk wire or processed lead requirement
- Cut length, if processing is required
- Customer drawing
- Existing wire specification
- Quantity
- Packaging
- Destination: UAE or Saudi Arabia
- Destination city or port
- Requested Incoterm
- Required compliance documentation
None of these values is invented here, and no requested configuration is presented as automatically available.
Style Selection
Where another AWM Style is under consideration, it is evaluated against its own official Use, temperature rating, voltage rating, construction and the customer’s specification. No Style is ranked against another here, and none is described as interchangeable with Style 3304.
UL Marking and Documentation
Material is supplied as UL-recognized component wire where supplied under qualified manufacturing scope, and UL marking is applied according to the confirmed ordered construction. The Style-level marking designation is General.
CSA AWM, FT1, VW-1 and dual UL / CSA certification are not claimed here; any additional certification depends on the ordered construction. Applicable RoHS / REACH documentation can be confirmed according to the ordered construction.
