Medical Wood-Based Panel Standard: RFQ Requirements Guide

If you are writing the wood-based panel section of a hospital furniture requirements document, the new Chinese standard LY/T 3484-2026 gives you something rare: a set of measurable, testable panel-level thresholds you can copy into an RFQ. Issued by China’s National Forestry and Grassland Administration on 3 June 2026 and effective 1 September 2026, it is the first dedicated product standard for decorated wood-based panels used in hospitals, rehabilitation, convalescent and medical-elderly-care settings. It covers exactly the claims overseas specifiers struggle to verify — antibacterial surfaces, mould resistance, disinfectant tolerance, emissions, and fire behaviour. This article is about the requirements document itself: what to write into it, what evidence to demand, and how to keep your destination-market rules as the governing override. For medical wood-based panel standard hospital furniture sourcing, the standard is a specification library, not a regulation you must follow abroad.

What the requirements document should say about LY/T 3484-2026

Start by stating the standard’s status accurately. LY/T 3484-2026 is a Chinese forestry-sector industry standard, proposed and administered by SAC/TC198, the national technical committee for wood-based panels. It is not a global regulation and does not replace your local building code, fire code, or medical device rules. Its value to a requirements document is that it converts vague phrases like “antibacterial” and “wipe-clean” into numbers a laboratory can test.

The standard’s scope covers decorated wood-based panels for medical institutions. That means the panel itself — substrate plus facing — not the finished cabinet or bed. This distinction matters because a supplier can pass a panel test and still deliver furniture that fails in service if the coating wears, the edges are unsealed, or the wrong use class is specified for a wet area. Your requirements document should therefore treat panel evidence and finished-furniture evidence as two separate layers.

One practical note on document structure: put the standard reference in a dedicated clause, not buried in a general materials paragraph. State the edition, the effective date, and the fact that you are borrowing its test methods and thresholds as evidence of capability. Then state, in the same clause, which local standard governs the final product. This prevents a supplier from later arguing that LY/T 3484 compliance satisfies your market’s fire or accessibility requirements.

Panel-level thresholds you can copy into an RFQ

The published standard text gives specific numeric limits. These are the line items to put in your requirements document, with the test method named beside each one.

• Formaldehyde release: ≤ 0.020 mg/m³ for both critical/neonatal patients and general patients — a single figure for both categories.
• Heavy metals in coated (painted) panels: total soluble Pb, Cr, Cd, Hg ≤ 50 mg/kg for critical/paediatric use (Pb ≤ 45, Cr ≤ 37, Cd ≤ 25, Hg ≤ 25); ≤ 100 mg/kg for general use (Pb ≤ 90, Cr ≤ 50, Cd ≤ 25, Hg ≤ 25).
• Benzene: ≤ 2 µg/m³.
• Toluene and xylene: each ≤ 10 µg/m³ (critical) or ≤ 20 µg/m³ (general).
• TVOC: ≤ 100 µg/m³ (critical) or ≤ 200 µg/m³ (general).
• Surface antibacterial performance: Grade I requires ≥ 99% against Staphylococcus aureus and Escherichia coli; Grade II requires ≥ 90%.
• Antibacterial durability after ageing: ≥ 95% for Grade I and ≥ 90% for Grade II.
• Mould resistance: Grade 0 against six named moulds.
• Fire performance: decoration panels must reach A2; furniture panels B1(B).
• Disinfectant resistance: testing must cover chlorine-based (e.g. 84 disinfectant at 2,000 mg/L available chlorine), quaternary ammonium, alcohol-based (75% ethanol or isopropanol) and peroxide-based (0.2% peracetic acid or 30% hydrogen peroxide) agents.

These figures come from the standard’s requirements tables and test methods, as published in the standard record and clause extracts. The National Forestry and Grassland Administration standard record confirms the issuer, effective date and scope. A technical standard portal clause extract provides the numeric thresholds and method references. Use these as your RFQ line items, but verify the current edition before you publish a tender.

How panel evidence links to finished hospital furniture

A panel standard alone does not make a hospital cabinet compliant. The finished-product layer is covered by GB/T 46489-2025, “General technical requirements for hospital furniture,” issued 5 October 2025 and effective 1 May 2026, administered by SAC/TC480. That standard sets a ≥ 90% antibacterial rate requirement for furniture in emergency/outpatient and ward areas, dimension tolerances of ±5 mm, locked castors on bedside cabinets, dual-lock requirements for controlled-drug cabinets, and mechanical/durability test references.

Together, the two standards give you a two-level chain: material-level evidence (LY/T 3484) and finished-product evidence (GB/T 46489). Your requirements document should require both. A supplier who can show a panel test report but no finished-furniture test report has only half the evidence. Conversely, a finished-furniture report that does not identify the panel substrate and facing type is difficult to audit. The SAMR standard record for GB/T 46489-2025 confirms its issue and effective dates, and the SAC/TC480 secretariat interpretation provides the ≥ 90% antibacterial requirement and other drafting details.

In practice, we see projects where the panel specification is strong but the edge banding and sealing are not. A 0.6 mm ABS edge band on an 18 mm E0-grade MDF core is a common baseline, but in wet areas the joint between panel and edge is where moisture and disinfectant attack first. Your requirements document should specify edge-sealing method and require a finished-furniture test that includes the edge detail, not just a flat panel sample.

Evidence pack to demand before award

The requirements document should list the exact documents you will accept as proof. Vague assurances are not evidence. Ask for:

• Panel data sheets naming substrate type, facing type, and the specific test method used for each claim.
• Test reports from ISO/IEC 17025-accredited laboratories, with the report naming the model, batch and units.
• Disinfectant resistance reports covering all four agent families — chlorine-based, quaternary ammonium, alcohol-based, and peroxide-based. A supplier who tested only one agent has not demonstrated hospital-grade performance.
• Antibacterial durability results after ageing, not just the initial grade. A Grade I claim that drops below Grade II after 200 wipe cycles is a different product.
• Grade marking on packaging. The standard requires the outer label to state execution standard, fire grade and surface antibacterial grade, plus batch/lot and date.
• A batch-level retention sample held for the project duration.

Match the claim to the area. Wet-area panels — sterilisation rooms, compounding, ICU, dirty utility, bathrooms, kitchens — sit under a different use class from dry areas such as outpatient, general wards, pharmacy and rehab. A general-patient panel is not automatically right for a wet zone. Your requirements document should map each room type to a use class and a minimum grade, so the supplier cannot substitute a lower grade in a critical area.

Where buyers get fooled — and how to audit claims

Most failures in panel specification come from three gaps: single-agent disinfectant tests, coating-wear risk, and wrong use class for wet areas. A supplier may present a strong initial antibacterial result from one alcohol wipe test. That does not demonstrate performance against chlorine-based or peroxide-based agents, which are common in hospital disinfection protocols. Your requirements document should explicitly require all four agent families and state that a single-agent report will be rejected.

Coating wear is the second gap. An applied antibacterial coating can lose performance after repeated cleaning. The standard addresses this through durability testing after ageing. Ask for the durability result, not just the initial grade, and ask how the coating is bonded to the substrate. A panel with an integral antibacterial surface behaves differently from one with a sprayed coating.

The third gap is use class. A panel rated for general dry areas may fail in a wet zone. Map each room type in your requirements document to a use class and require the supplier to confirm in writing that the proposed panel meets that class. If the supplier cannot provide a wet-area panel with the required fire and emissions performance, that is a capability gap you want to find before award, not after installation.

Audit the documents, not the sales presentation. Check that the report names the model and batch, that the lab is accredited to ISO/IEC 17025, and that the units match the standard. If a report shows a result without a method reference, treat it as unverified. For projects in Europe, North America or other regulated markets, also check the destination-market requirements for formaldehyde and VOC emissions, which may differ from the Chinese limits. Our guide on EU formaldehyde limit import compliance covers how those limits interact with panel sourcing.

Sourcing, MOQ and lead-time implications

Panels carrying LY/T 3484-class performance typically come from a narrower supplier set. Antibacterial facing lines and low-emission boards are not available from every mill, and the testing burden is higher. Expect longer first-article and type-test cycles. The standard requires type testing on new products, on major raw-material or process change, and after a stoppage exceeding three months. If your project runs for 12 months, plan for at least one re-test if the supplier changes substrate or facing.

MOQ is driven by the panel mill, not the furniture factory. A custom antibacterial facing may carry a minimum order quantity measured in cubic metres or in number of boards, which can push up the minimum project size or the unit price for small clinics. Ask the supplier to state the MOQ for the specific panel grade, not for the furniture line in general. For a 50-bed clinic, a high-grade panel with a custom facing may be impractical; for a 500-bed hospital, it is usually feasible.

Lead time has three components: panel production, furniture production, and testing. Panel production for a medical-grade board can add two to four weeks compared with a standard board. Type testing can add two to six weeks depending on the lab queue. Pre-production panel approval — a first-article sign-off before mass production — adds a further step but prevents a full batch rejection. Budget for these steps in the tender schedule rather than treating them as contingencies.

Packaging and labelling also change. The standard requires the outer label to state execution standard, fire grade and surface antibacterial grade, plus batch/lot and date. That affects carton design, invoice description and customs documentation. If your customs broker expects a generic description, a label with a standard reference and grade may trigger questions. Brief your broker before the first shipment.

For buyers who need a supplier with documented experience in medical-grade panel sourcing and hospital fit-out, our hospital furniture project portfolio includes full-service installations where panel grade, edge sealing and finished-furniture testing were managed as a single scope. We have run these projects from factory floor to final installation, and the panel version hold point is one of the first things we set up with a client.

Contract mechanics: hold points, substitutions and documentation

Your requirements document should include a panel version hold point. This is a clause that fixes the panel substrate, facing and grade at the time of first-article approval. Any change after that point — a different mill, a different facing, a different adhesive — is treated as a variation, not a silent swap. This protects you from a mid-project substitution that meets the price but not the performance.

Substrate substitution is the most common silent change. A supplier may switch from an E0-grade MDF to a lower-emission class board, or from a phenolic-core to a urea-core panel, without changing the furniture drawing. The hold point clause should require written approval before any substitution, with supporting test data for the proposed alternative. If the substitution affects fire performance or emissions, it should trigger a re-test at the supplier’s cost.

Labelling, invoice and customs knock-on should be addressed in the contract. Specify the label content, the invoice description, and the documents that must accompany each shipment: panel test report, finished-furniture test report, and a batch traceability sheet. If your destination market requires a declaration of conformity or a technical file, make the supplier responsible for providing the panel-level data that feeds into it. Do not assume the supplier knows your market’s documentation format; provide a template.

Destination-market override: what the requirements document must not change

This is the clause that prevents the most expensive mistake. Whether a product is a medical device — and whether CE marking, FDA clearance, or another pathway is required — depends on intended use, product classification and destination market, not on a Chinese panel standard. Fire, accessibility and material rules differ by country. LY/T 3484’s A2 and B1(B) grades are useful evidence, but they do not automatically satisfy a local fire code. Verify the applicable local code rather than assuming equivalence.

State in the requirements document which standard is governing and which is borrowed evidence. A clear formulation is: “The finished product shall comply with [destination standard]. Panel performance shall be demonstrated by test reports referencing LY/T 3484-2026 thresholds as evidence of material capability. Where the destination standard sets a different limit, the destination standard governs.” This keeps the Chinese standard in its proper role as a specification tool and filter for supplier capability.

For medical device classification, the intended use statement in your requirements document drives everything. A bedside cabinet intended for general storage is usually not a medical device; a cabinet intended to store controlled drugs or to support a medical procedure may be classified differently. Our guide on EU formaldehyde limit and medical furniture classification explains how classification interacts with material limits. Get the classification right before you write the panel clause, because it determines which conformity route applies.

RFQ and audit checklist for the requirements document

Use this checklist to structure the panel section of your requirements document. Each item should have a named owner and a due date in the tender schedule.

• Scope statement: Name the standard (LY/T 3484-2026), its status as borrowed evidence, and the destination standard as governing.
• Room-type map: List each room type and assign a use class (wet/dry) and a minimum panel grade.
• Threshold table: Copy the formaldehyde, heavy metals, benzene, toluene/xylene, TVOC, antibacterial, mould and fire limits into the RFQ as line items.
• Disinfectant list: Name the four agent families and concentrations; state that single-agent reports will be rejected.
• Evidence pack: Require accredited-lab reports, panel data sheets, durability results, grade marking on packaging, and batch traceability.
• First-article approval: Require pre-production panel approval with a retention sample.
• Version hold point: Fix the panel version at first-article approval; treat substrate substitution as a variation.
• Documentation: Specify label content, invoice description, and customs documents.
• Destination override: State that local fire, accessibility, emissions and medical device rules govern.
• Inspection: Plan a mid-production QC milestone and a pre-shipment inspection that checks panel grade marking and batch traceability.

If you are comparing suppliers, ask each one to respond to the same checklist in writing. A supplier who can provide third-party QC reports at the mid-production milestone and has shipped to your destination port before is a lower-risk choice than one who cannot. For a deeper look at how infection-control documentation fits into the tender file, our guide on the hospital furniture tender infection control document covers the document set that clinical planners expect.

The requirements document is where you win or lose the panel argument. Write measurable line items, demand the evidence before award, hold the version, and keep your destination rules as the governing requirement. That combination gives you a panel specification you can audit and a supplier relationship you can manage.