Buy Medical Gas Pipeline Copper Tube (Degreased) in Nigeria.

Buy medical gas copper tube in Nigeria

Medical gas copper tubing is a specified component of a medical gas pipeline system. The exact material, cleanliness, tube dimensions, pressure/design basis and installation are determined by project design and the applicable standards and regulations. A general copper tube, plumbing tube or refrigeration tube should not be substituted because its outside diameter appears similar. The service, cleanliness and documentation must match the project.

The category’s two assignments cover different purchasing intents. Mueller Streamline AC01010 is one 1/4 in outside diameter, 10 ft medical-gas tube item with C12200 copper and manufacturer-listed standards. Dräger’s “Pipeline Systems for Medical Gases” record is a configured system enquiry, not a fixed SKU for a single length of copper. Its product literature describes a distribution network for transporting medical gases and vacuum to use points, with project planning, material selection, installation and testing. Start with the exact Mueller item listing for an item request or the Dräger system listing for a facility project.

For a Nigerian order, give Franance the intended gas service, destination and exact bill of materials or project drawings. Ask for current manufacturer data, the offered manufacturer reference, cleanliness documentation, applicable standards, delivery terms and a written description of what is included. Do not infer available pipe size, installation, testing, Nigerian approvals, local distributor status or delivery schedule from the category page.

What medical gas copper tube products are listed?

Mueller Streamline’s exact item AC01010 is listed as medical gas tube, 1/4 in OD × 10 ft. Mueller identifies C12200 copper and lists ASTM B819, CGA G4.1 and NFPA 99 in its item standards field. Its medical-gas range description says the tube is for medical gas and oxygen applications, made to ASTM B819 and meets cleanliness requirements of NFPA 99 and CGA G4.1. The quote should identify the exact item and current manufacturer documentation. See the AC01010 filtered listing and Mueller’s AC01010 item page.

Mueller’s product page says its UL 700 PSI rating is for select sizes only. The product record explicitly warns not to assume that pressure rating applies to AC01010. No wall thickness, temper, packaging condition, end-cap status or item-specific pressure rating is established in the supplied record. Ask Mueller or the supplier to confirm those attributes before a project designer considers the item. The generated category image is not an exact Mueller SKU photo and must not be used to identify size, markings or packaging.

Dräger’s assigned record is titled “Pipeline Systems for Medical Gases” and describes a complete, project-configured distribution system. Dräger states that its system uses medical-grade copper pipes according to EN 13348; it describes clean, smooth internal surfaces, residual carbon below 0.02 g/m² and end caps retained until installation. Dräger’s product information also describes flux-free hard soldering with inert-gas shielding for its system installation. Those statements are manufacturer system descriptions, not a declared bill of materials or guaranteed scope for an individual Franance quotation. The product record has no fixed SKU, pipe dimension, route, gas schedule or installation quantity. Use the Dräger project-system listing to request a scope review.

How do ASTM B819, EN 13348 and ISO 7396-1 relate?

These references describe different levels of specification. ASTM B819 is titled “Standard Specification for Seamless Copper Tube for Medical Gas Systems.” ASTM’s published scope describes specially cleaned, straight seamless copper tube in Types K and L. Mueller lists B819 for its medical-gas tube range and AC01010 item. Verify the exact edition and product declaration on the current Mueller documents and confirm whether the particular size and tube schedule meet the design requirement.

Dräger says its gas management system is based on ISO 7396-1 and uses medical-grade copper pipes according to EN 13348. ISO 7396-1:2016 covers system-level requirements for design, installation, function, performance, testing, commissioning and documentation of medical gas and vacuum pipeline systems. EN 13348 addresses copper tube for medical gases or vacuum. The exact project specification may call for a particular national or international standard, edition and evidence package; the manufacturer descriptions alone do not decide which is legally or contractually applicable in Nigeria.

Do not read the presence of a standard name on a product page as proof that the whole installed pipeline complies. Tube conformity, cleanliness, joining, gas segregation, supports, valves, alarms, pressure testing, commissioning and documentation are separate parts of project delivery. A standard for one tube item does not establish system compliance, and system-level design language does not make a loose tube item a complete distribution system. Have the client’s medical-gas design authority identify the applicable requirements and acceptance process before purchase.

What does “degreased” or “oxygen clean” need to mean on a quote?

The category name includes “degreased,” so specify the cleanliness requirement explicitly rather than relying on a generic medical-gas label. Oxygen-compatible systems require cleanliness controls because oils, grease and other contaminants can contribute to fire or combustion risk in oxygen service. CGA G-4.1 describes cleaning methods and requirements for equipment used in oxygen service; it is not a substitute for a national authority’s requirements or for the project’s chosen standard and installation quality plan.

Mueller cites ASTM B819 and says its medical gas tubing meets cleanliness requirements in NFPA 99 and CGA G4.1. Dräger describes clean and smooth internal surfaces, a residual-carbon threshold and capped tube ends, but the cited page does not use “degreased” as the exact description. For either product, request item- or batch-specific cleanliness statement/certificate, inspection method, packaging/end-cap requirements and traceability evidence required by the project. Confirm the evidence covers the supplied manufacturer code, dimensions and batch rather than a general company capability statement.

Never ask a general supplier or installer to field-clean, open, handle or join oxygen-service tube without the specified procedure, trained personnel and appropriate contamination controls. Keep protective caps in place until the project’s approved installation process requires removal. Record any damaged packaging, missing caps or visible contamination before installation and resolve it under the project quality process. This guide does not provide a cleaning method or certify either listing as acceptable for a specific oxygen system.

How should I specify size, length and tube schedule?

Mueller AC01010 is the only fixed dimensional item in the category: 1/4 in outside diameter × 10 ft. That description does not provide the wall thickness, tube type, end treatment or suitability for a particular branch. The size may or may not fit the system design; do not select it from a photo or by matching a nearby connector. Request the full current item drawing and documentation and have the pipeline designer approve the exact size and schedule.

Dräger’s distribution system is configured for project requirements; its product record does not state a single pipe size or standard length. Dräger’s manufacturer literature describes a range of copper pipe diameters used in its system, but that family information is not a project-specific offer. The designed pipe route and diameters depend on the gases, simultaneous demand, pressure drop, outlet locations, source capacity and project standards. Do not use an unverified rule of thumb to size the main or branches.

In a bill of quantities, list each line by gas/service, outside diameter, wall thickness or tube type, length, temper where applicable, cleanliness specification, standard and edition, end protection, markings, quantity and delivery unit. Separate straight lengths, fittings, valves, supports, terminal units and installation works. Confirm whether measurement is by tube length, metre, foot, piece, bundle or project lot and include cut allowance only where the designer specifies it. Ask the supplier to highlight any substitutions and obtain written approval before accepting a different size, standard or manufacturer.

Is medical gas copper tube the same as ordinary copper pipe?

No. Copper tube for water plumbing, refrigeration or general mechanical service is not automatically appropriate for a medical gas pipeline. The intended service and its cleanliness and material requirements must be explicitly documented. Mueller’s product catalogue separates medical gas tube from its ACR refrigeration and plumbing ranges. A shared base material or similar outside diameter does not establish suitability or cleanliness for oxygen or other medical-gas service.

Before receipt and installation, compare the product identification and marks to the approved submittal. Check the manufacturer, item code, tube standard, size, lot identification, cleanliness documents and intact end protection. Do not store or handle oxygen-service pipe in a manner that exposes the inside surfaces to oil, grease, dust, moisture or other contamination. The site’s approved quality and infection/safety plans govern handling and acceptance.

Do not confuse tube with connectors, terminal units, medical gas outlets, bedhead panels, manifolds, regulators, alarms or source equipment. Dräger’s system page lists such components as related parts of a wider gas management system. They need their own gas-specific specification and project integration. For related Franance medical gas equipment, use the pipeline and bedhead interfaces category and its BS and Schrader outlet category.

What project information is needed for medical gas pipeline planning?

For a Dräger project-system enquiry, provide the building plans, room names, clinical use areas, gas and vacuum schedule, outlet locations and quantities, bedhead/ceiling service units, source-system interfaces, zone valve arrangement, alarm requirements, phasing and renovation constraints. Identify whether the requested scope includes design, pipe supply, routing, supports, fittings, brazing, installation, flushing/cleanliness procedures, pressure and cross-connection tests, commissioning, as-built drawings, training and handover. Ask the supplier to state each included and excluded responsibility.

For loose Mueller tube, specify item AC01010, 1/4 in OD × 10 ft, quantity and required shipping unit. Add the project’s tube standard, size schedule, cleanliness evidence, caps, markings, batch traceability, delivery point and required date. If that SKU does not meet the actual drawing, ask the design authority for an approved exact alternate instead of substituting from a general medical gas family page.

For Nigerian projects, confirm local authority approvals and project standards with the client, consultant and relevant regulators. Include site access, storage, delivery handling, contractor responsibilities, work permits, operating-hospital restrictions, isolation planning, testing witnesses and closeout documents. Identify who can approve the system design, who carries out installation and who validates system performance before clinical use. Do not assume the supplier quotation includes installation or commissioning unless the offer names those services and responsible parties.

Request a medical gas copper tube quotation in Nigeria

Send Franance the exact category or model listing, manufacturer and reference, required standard and edition, pipe sizes and lengths, cleanliness/degreasing requirements, evidence required, quantities, destination, delivery schedule and any approved submittal. For AC01010, include the project drawing and confirm whether the manufacturer-listed 1/4 in OD × 10 ft item matches the specified tube schedule. For the Dräger system, attach drawings and schedules and request a defined project scope; the catalogue model is not a fixed bill of materials.

Ask the written quote to identify item code or configured system, tube material and dimensions, standard, edition, cleanliness documentation, marking, end protection, quantity/unit, price and currency, taxes, delivery/lead time, packing, substitutions and quote validity. For a pipeline system, also specify design, installation, joining method, gas-specific segregation, supports, valves, alarms, testing, commissioning, certification or handover documents required by the project. Confirm which party supplies fittings, labour, tools, tests, and as-built documentation. Request clarification of warranty, after-sales support and local service only as applicable to the quoted items; do not assume these are locally available.

Submit a quote request through the medical gas copper tube category, the exact Mueller AC01010 listing, the Dräger pipeline system listing, or contact Franance for a medical gas copper tube quotation. Franance will follow up by phone or email. A listing does not imply confirmed stock, Nigerian regulatory acceptance, local installation or a particular delivery date.

Frequently asked questions about medical gas copper tube in Nigeria

### Which copper tube item has a fixed size and length in this category?

Mueller Streamline AC01010 is listed as 1/4 in outside diameter × 10 ft. Confirm wall thickness, exact tube type, end condition and suitability against the project design; those details are not fully established in the category record.

### Does the Dräger product represent a single copper pipe SKU?

No. “Pipeline Systems for Medical Gases” is a configured distribution-system listing. Dräger describes medical-grade copper and system delivery, but the exact dimensions, route and scope need a project quotation.

### Are ASTM B819 and EN 13348 interchangeable?

Do not assume so. They are distinct standards referenced by different manufacturers here, with different scopes and product declarations. The project designer must name the required standard and edition and approve exact evidence.

### Does “medical gas tube” prove the tube is degreased?

Not by itself. Mueller lists ASTM B819 and cleanliness requirements under CGA G4.1/NFPA 99. Dräger describes clean internal surfaces, a residual-carbon threshold and capped ends, but its cited description does not use the exact word degreased. Ask for code- and batch-specific cleanliness evidence matching the project requirement.

### Does Mueller AC01010 have a 700 PSI rating?

Do not infer that rating for this size. Mueller says the UL 700 PSI rating applies to select sizes; the AC01010 record does not confirm that this item is among them.

### Does Franance confirm Nigerian stock or installation?

No. Request a written quotation confirming availability, price, delivery, and any design, installation, testing or commissioning scope for the project and destination.

Sources and limitations

Product facts were checked against Mueller Streamline item AC01010, Mueller’s medical gas tube range, and its medical gas tube application specification. Dräger’s Pipeline Systems for Medical Gases page and distribution system product information support the system and cleanliness descriptions. Standards context comes from ASTM’s B819 scope, ISO’s ISO 7396-1:2016 record, BSI’s EN 13348:2008 record, and CGA’s G-4.1 oxygen cleaning publication summary. Sources reviewed 20 October 2026.

This guide covers only the two current Franance category assignments. The category’s “degreased” label is not itself evidence that each supplied tube meets an identified cleaning specification; obtain the item-, batch- and project-specific documentation. Standard editions, local regulatory applicability and system acceptance must be confirmed by the project design authority. No Nigerian stock, price, delivery time, installation, certification or regulatory approval is claimed.