Buy Lead Doors & Partitions in Nigeria.

Where can I buy lead doors and partitions in Nigeria?

Start with the Lead Doors & Partitions category listing. The two current assignments are from Ray-Bar: its project-configured lead-lined hollow-metal radiation shielding door and type RB-LBG lead-backed gypsum board. Open the door-filtered result or the RB-LBG-filtered result to identify the matching catalogue record.

The category helps a procurement team identify materials and prepare an enquiry. You can also browse the broader radiation-protection category and the separately listed radiation-shielding glass. These listings are not a shielding design, a building approval or a statement that any product is in Nigerian stock. State the facility location and project stage, and ask for a written response that separates product supply from design review, site measurement, fabrication, delivery, installation and post-installation checks. Confirm which of those services are available for the actual project rather than assuming that a product listing includes them.

What radiation-shielding products are listed for Nigeria?

The first listing is Ray-Bar’s Lead-Lined Hollow Metal Radiation Shielding Door. Its manufacturer product information describes lead-lined hollow-metal door and frame assemblies for shielded openings. The assigned product record has no single fixed model number: opening size, lining, frame, vision option, hardware and related details are project-configured. View the door listing.

The second listing is Ray-Bar RB-LBG Lead-Lined Radiation Shielding Drywall, a lead-backed gypsum board product used as part of a specified partition assembly. Ray-Bar's manufacturer information about lead-backed drywall describes board and lead-lining options along with joint and penetration components. View the RB-LBG listing. Product-family options are not a substitute for a project schedule that names the exact board and complete wall assembly.

These are the two assigned products in this category, not every available radiation-shielding product. For example, radiation-shielding glass is listed separately and must be treated as its own specified component. The door, wall, glazing, frame, joints and service penetrations must be coordinated where they form one room envelope; ordering one item does not establish the adequacy of the whole room.

How are lead-lined doors different from lead-backed drywall?

A shielding door addresses an opening that must remain operable, while lead-backed drywall is a board material for a partition or wall assembly. The door record refers to a hollow-metal door and frame whose design is finalized for the opening. RB-LBG refers to a gypsum board with a laminated lead sheet; the installed wall depends on the supporting construction, board orientation, joints, corners and penetrations. These differences affect drawings, coordination, fabrication and submittals.

Ray-Bar’s public product pages describe options such as galvanized-steel door construction, frames and vision-frame configurations, and gypsum-board thicknesses, lead sheets and joint accessories. Treat each as manufacturer-published options that must be checked for the offered configuration. Do not combine nominal options into an unreviewed specification or assume that door and wall materials with a similar label have equivalent performance.

The design team should schedule each opening and wall separately, identify interfaces, and show how the specified shielding continues through the assembled barrier. If there is a vision panel, the glazing and frame need their own exact identification and coordination. A door product family, drywall panel or glazing label alone does not demonstrate that adjoining details have been addressed.

Why is shielding designed for the room rather than chosen from a product label?

Shielding assessment depends on the actual practice and facility design, not only on the material name. A competent professional needs the modality and equipment details, expected workload and operating factors, beam directions or use patterns as relevant, distances, wall construction and what lies next to, above and below the room. The assessment also considers which neighboring spaces are occupied and how they are used. These inputs can differ from one installation to another, including rooms that use the same model of imaging equipment.

The International Atomic Energy Agency’s Safety Guide SSG-46 sets out radiation-protection roles and responsibilities for medical uses of ionizing radiation; its medical-facility guidance describes facility responsibilities and the contribution of medical physicists. The Nigerian Nuclear Regulatory Authority’s published diagnostic-radiology practice requirements call for a detailed room layout and shielding assessment by a qualified medical physicist. These are reasons to make the shielding design a facility-led, professionally reviewed project deliverable. They do not authorize this guide, supplier or product catalogue to prescribe a lead-equivalent thickness.

The National Council on Radiation Protection and Measurements publishes Report No. 147 on structural shielding design for medical X-ray imaging facilities. Use such technical references through the qualified professional responsible for the project; do not copy a numerical specification from a reference or another site as a substitute for a site-specific assessment.

Use the professional assessment and the applicable Nigerian regulator’s current requirements as the design basis. Do not select a thickness from an online chart or copy a specification from a different facility. If the building, equipment, workload or room use changes, send the change back to the responsible designer for review before relying on the earlier schedule.

What information should a shielding assessment cover in Nigeria?

Give the radiation-protection professional a current plan with room dimensions, floor and ceiling levels, adjoining rooms and their uses, circulation areas, access routes and any occupied space above or below. Identify the planned modality, manufacturer and equipment model, room orientation, relevant source positions and expected operating workload using information confirmed by the facility and equipment supplier. Provide architectural sections and elevations, not just a room name or a product list.

The assessment should state its assumptions and outputs clearly enough for the project team to coordinate the material schedule and construction details. This can include the required barrier locations, the specified shielding performance for each barrier, the chosen construction basis and how openings, viewing panels, junctions, edges, doors and service penetrations are addressed. The exact content and approval pathway belong to the qualified designer and relevant authorities.

For Nigeria, NNRA’s authorization information includes diagnostic radiology facility requirements and references a detailed room diagram and shielding assessment. Check the current NNRA publications and seek the facility’s qualified radiation adviser or medical physicist for project interpretation. Guidance from another jurisdiction, including U.S. or international references, can inform background understanding but does not replace Nigerian rules or a regulator’s decision.

How should doors, walls, vision panels and penetrations be coordinated?

Treat shielding as a continuous, documented design across the complete room boundary. The wall schedule, door and frame, any vision panel, ceiling and floor interfaces, corners, wall-to-wall joints, fasteners and mechanical or electrical penetrations can all affect coordination. The responsible designer should show the selected details and confirm how they meet the project requirements. Do not assume that overlapping materials or a visually solid finish demonstrate a continuous barrier.

For a door, confirm the clear opening and finished wall depth, handing and swing, frame type, adjacent wall construction, thresholds or clearances, and any requested vision panel, locks, closers or other hardware. Ensure that the offered door and frame correspond to the project schedule and that any glazing reference and its frame are separately identified. Ask the supplier to state what is included and what requires coordination by the architect, contractor or another specialist.

For RB-LBG, ask for the board type and exact specified lead-lining reference, panel dimensions, joint and corner components, fixing and penetration approach, substrate and compatible construction details. Do not infer the installation method from a product photograph. Record revisions and field changes, and obtain designer approval before substituting materials or changing joints, openings or penetrations.

What should I verify about fire ratings and assembly documentation?

Radiation shielding and fire performance are separate requirements. Ray-Bar describes fire-rated wall designs for named tested constructions; that does not make every lead-backed board or field-built wall fire-rated. Likewise, a door’s generic product description does not establish a fire rating for the specific door, frame, glazing and hardware combination. Where the project requires a fire-rated assembly, request the exact tested assembly documentation and verify that the offered components and installation match its conditions.

Ask for product data and submittals that identify manufacturer, product reference, dimensions, selected materials, configuration, applicable assembly details and documented limitations. Have the architect, fire consultant, radiation-protection professional and procurement team review the documents for their separate requirements. Avoid descriptions such as “compliant,” “approved” or “rated” unless the evidence names the exact assembly, scope, standard and authority relevant to the project.

The manufacturer’s U.S. literature can identify product options, but it does not establish Nigerian approval, availability or suitability for a specific facility. Request the documentation required by the project and applicable Nigerian authorities, then have the responsible professionals determine whether it is sufficient.

What should I send with a Ray-Bar lead door or partition enquiry?

For a door enquiry, include the approved shielding schedule, architectural opening dimensions, wall build-up and thickness, door hand and swing, intended clear opening, frame details, vision panel and glazing requirements, hardware schedule, finish, fire-rating requirement if applicable, quantity and site location. Identify whether the request is for supply only or includes measurement, shop drawings, installation, inspection or verification. Do not provide a guessed lead-equivalent value as a design instruction; attach the value specified by the qualified designer.

For RB-LBG, include the shielding schedule, wall elevations and lengths, ceiling height, board type and dimensions required, framing/substrate information, joint and corner details, openings, fasteners and service penetrations, any separately reviewed fire-rated assembly requirement, quantity and delivery location. If the design is still in development, label the enquiry as budgetary and state which assumptions remain open.

For both, provide the project timeline, delivery access constraints, contact for technical clarifications and required submittals. Ask Franance to identify any exclusions, substitutions, dependencies or information needed before the price and lead time can be confirmed. A written offer should distinguish the product configuration from design, construction and verification responsibilities.

How should a Nigerian facility plan installation and verification?

Coordinate material supply with the architect, contractor, equipment supplier, radiation-protection professional and facility representative. Confirm who takes final site measurements, who prepares and approves shop drawings, how materials are stored and protected, who installs each component, and how field deviations are escalated. Agree on quality records, inspection points and documentation before work begins. Product supply does not itself establish who is responsible for design, construction or verification.

Before the room is used, the facility should follow the applicable authorization and commissioning process and arrange the evaluations required by its qualified professionals and regulator. NNRA's authorization information and the diagnostic-radiology requirements linked above provide Nigerian context for facility documentation and shielding assessment. Ask the responsible project team to define any post-construction survey, records, acceptance tests or corrective actions. Do not treat a supplier’s delivery note, board label or door label as proof of completed shielding verification.

For an existing room renovation, provide the old drawings and any prior survey or assessment, but have the designer determine whether they remain valid. Renovations, new equipment, changed workload, altered room use or new penetrations can require reassessment. The facility and its appointed professionals retain responsibility for confirming what the applicable process requires.

What affects lead door and partition prices in Nigeria?

Price depends on the approved design and scope rather than a generic per-square-metre figure. Door pricing can vary with opening dimensions, selected construction and lining, frame, vision panel, hardware, finish and any documented rated assembly. RB-LBG pricing depends on the specified board and lead options, quantity, panel size, associated joint and penetration details and the broader construction scope. Site measurement, drawings, packaging, shipping, import arrangements and installation or verification services may affect the offer if available and requested.

Ask for current pricing and lead time in a written quotation tied to named references, quantities, destination and stated assumptions. Confirm currency, taxes and duties, freight, insurance, offloading, delivery conditions, validity period, warranty and payment terms. For imported materials, confirm who is importer of record and who handles any clearance or local transport; do not assume those costs or responsibilities are included.

Franance’s catalogue is for enquiry and quote orders, not online checkout. It does not promise a live stock quantity or fixed price. Request a quote using the facility’s project documentation and obtain confirmation of current availability, delivery and commercial conditions before committing.

Can I order shielding doors and partitions online from Franance?

No online payment is taken for these items. Use the listing to prepare a quote order, then Franance follows up by phone or email to confirm the requirement and prepare an offer. The offer should identify the requested product and configuration, quantities, delivery destination, current price, availability and any agreed services. Review its assumptions and exclusions with the facility’s technical and procurement reviewers.

Do not treat a submitted enquiry as a confirmed order, technical approval or booking. Place an order only after the responsible professionals have approved the project documents and your organization has accepted the written commercial terms. Confirm any changes or substitutions in writing and route them back to the shielding designer before construction.

How do I request a lead-shielding quotation from Franance?

Browse the two-product category listing, open the exact Ray-Bar door result or RB-LBG drywall result, and prepare the appropriate project information. Send the drawings, approved shielding schedule, exact quantities and facility destination through the Franance quotation enquiry.

Ask the quotation to name the offered manufacturer references and configurations, identify submittals and excluded work, and confirm current price, lead time, shipping and warranty terms. Franance will follow up by phone or email. Have the qualified radiation-protection professional review the proposed materials against the project design; have the facility confirm Nigerian authorization and acceptance requirements with the relevant authority.