Moluosen Publishes Formwork Plywood Test Report

Moluosen Releases Formwork Plywood Test Report: Demonstrating Quality and Reliability Through Verified Testing

CALIFORNIA, CA, UNITED STATES, November 12, 2026 /EINPresswire.com/ — A Shanghai laboratory document sets out the standards against which CYCLEPLYWOOD‘s red formwork plywood grades were evaluated, at a time when contractors are scrutinising film specification, stated reuse cycles and release-agent practice.

Moluosen Technology Limited, the wood-panel manufacturer based in Laibin, Guangxi, China, is the named manufacturer in a performance test report covering the red formwork plywood grades sold under its sister construction brand, CYCLEPLYWOOD. Report TQT138E580E was issued on 30 April 2026 by the Shanghai Wood Products Quality Supervision and Inspection Center, the testing arm of the Shanghai Wood Industry Research Institute Co., Ltd., and lists standard red formwork plywood and premium red formwork plywood within its scope.

The document’s standards list spans GB/T 17657-2022 and GB/T 17656-2018, company specification Q/GXBC 001-2026, EN 636:2012+A1:2015 alongside EN 322/310:1993 and EN 314-1:2004/-2:1993, US product standard PS 1-22, ASTM D4442-20(2025) and D3043-17(2025), JAS 0233-1/-2:2026, KS F3110:2026, AS 6669:2016 and CSA O121/O151/O153:26. Measured values are recorded in the report itself rather than in the manufacturer’s published summary.

For buyers, the significance is narrower than an advertising claim and broader than a single laboratory result. It identifies the national and regional test frameworks against which the two grades have been evaluated, which is typically the first question raised when a formwork specification crosses borders.

What the report covers, and what sits outside it

The scope names two products. Standard red formwork plywood corresponds to the grade catalogued as CWL001; premium red formwork plywood corresponds to CWL002. Both use a phenolic resin surface coating over a water-resistant urea-formaldehyde (UF) resin core bond, and both are offered in 915 × 1830 mm and 1220 × 2440 mm panels with thicknesses of 12, 14 and 18 mm.

The other two grades in the range, CWL003 and CWL004, carry melamine film surfaces rather than phenolic resin coatings and fall outside this particular report’s stated scope. A separate document, report TQT1380E576E dated 24 April 2026 and issued by the same testing centre, covers the interior blockboard lines — eucalyptus strip-core and Chinese fir strip-core blockboard — which are sold under the Moluosen name for furniture and joinery rather than construction.

Why formwork plywood is treated as a separate category

Formwork plywood is the temporary sheathing that forms the mould surface for concrete members. The panels shape and contain fresh concrete and transfer the resulting loads to joists, walers, props and other supporting framework. Selection is governed by concrete pressure, construction loads, panel thickness and support spacing, and the panel is only one component of a designed system.

That role explains why the product is specified differently from decorative or furniture panels. Construction sites subject panels to variable ambient humidity, splashing fresh concrete and intermittent water contact. CYCLEPLYWOOD’s published service conditions describe an operating range of approximately −20°C to +65°C for indoor and outdoor temporary construction environments.

Reuse is the commercial variable that buyers watch most closely. Each stripping cycle consumes handling time, cleaning labour and inspection effort, so a panel that survives more cycles changes the cost structure of a pour even when its unit price is higher.

How the panel face meets wet concrete and release agents

Fresh concrete is alkaline and mildly abrasive. The face treatment on a formwork panel performs two jobs: it limits water and alkali uptake at the surface, and it provides a consistent, low-friction plane so that the hardened concrete separates cleanly at stripping.

CWL003 and CWL004 use melamine film, with a film paper weight of 60 g/m² and 75 g/m² respectively. In the core bond is water-resistant UF resin, and panels are kiln-dried before production and hot-pressed at 130°C using a 600-ton press.

Release agents sit between the two surfaces. The application method — brush, roller or spray — and the compatibility of the agent with the coated or film-faced surface determine whether the face releases cleanly or whether residue builds up across cycles. CYCLEPLYWOOD’s published guidance points buyers to compatible release agents and cut-edge sealants selected according to supplier instruction and project requirements, but the available documentation does not name specific products or quantify their effect on film life.

Edge condition matters as much as face condition. Cut edges expose the core, and unprotected edges are the usual entry point for moisture. Published application guidance describes the general sequence as: select grade, size and thickness; cut and prepare panels; install on designed joists, walers and supports; secure fixings and close joints; place concrete to the approved method; strip once the specified strength and stripping criteria are met; then clean, inspect and store before reuse. CYCLEPLYWOOD’s own product notes also warn that a heavier film paper is a material specification, not a numerical wear-resistance rating, and that film thickness is not stated.

Where formwork plywood differs from general-purpose plywood

Buyers typically separate the two categories along three axes: the water resistance of the bond, the surface system, and the number of documented reuse cycles.

On bond, the formwork grades use water-resistant UF resin. That is not the same as a marine or boiling-water-proof classification, and the manufacturer’s technical notes state explicitly that BWP, marine-grade or phenolic-core-bonding classifications should not be inferred from the surface film or from the reuse range.

On surface, the distinction between a resin coating and a melamine film is visible in the stated reuse bands. On reuse, the stated ranges in the range run from 5–6 cycles at the standard red grade to 15–16 cycles at the premium film-faced grade, with two grades sitting at 9–10 cycles.

Core construction also differs by grade. CWL003 use fresh pine and eucalyptus veneers in a finger-jointed, mixed-species core, with full-piece pine face and back veneers of 0.80 mm on 14 mm and 18 mm panels and 0.40 mm on 12 mm panels. CWL004 use a fresh all-eucalyptus finger-jointed core with eucalyptus face and back veneers; veneer thickness is not stated for those two products.

The four grades at a glance

GradeCoreSurface systemStated reuseSizes (mm)Thickness (mm)CWL001 — Red StandardFresh pine + eucalyptus, finger-jointedPhenolic resin coating5–6 cycles915×1830; 1220×244012 / 14 / 18CWL002 — Red PremiumFresh all-eucalyptus, finger-jointedPhenolic resin coating9–10 cycles915×1830; 1220×244012 / 14 / 18CWL003 — Standard Film-FacedFresh pine + eucalyptus, finger-jointedMelamine film, 60 g/m²9–10 cycles915×1830; 1220×244012 / 14 / 18CWL004 — Premium Film-FacedFresh all-eucalyptus, finger-jointedMelamine film, 75 g/m²15–16 cycles915×1830; 1220×244012 / 14 / 18

All four grades use water-resistant UF resin for the core bond and are listed at 1,517 sheets per 40 ft high-cube container at the comparison size. Figures as stated by the manufacturer.

Reuse cycles and the arithmetic of cost per pour

Stated reuse ranges are not guarantees, and the manufacturer says achieved cycles depend on application, stripping practice, handling, cleaning and storage. Used as a planning input, however, the ranges change how panel price should be read.

In the company’s own comparison of CWL001 and CWL002 at 915 × 1830 × 18 mm, the listed EXW price is US$7.22 per sheet for the standard red grade and US$8.29 for the premium red grade — a difference of US$1.07, or about 14.8%. Spread across the stated reuse bands, panel purchase cost per use works out at roughly US$1.20–1.44 for CWL001 against US$0.83–0.92 for CWL002.

Across the film-faced pair, the company lists CWL004 at approximately 21% above CWL003 at the same size and thickness, reflecting both the heavier film paper and the all-eucalyptus core rather than a single variable. CWL003 in turn is listed at about 2% above CWL001, and CWL004 at about 7% above CWL002.

These figures are supplier-provided and are useful mainly as a structure for comparison. Site damage rates, stripping method and storage discipline frequently dominate the outcome, and no independently verified cost data is available.

Manufacturing base and certification position

Production runs from a 100,000 m² facility in Guangxi with automated systems and quality control applied across timber selection, kiln-drying, core preparation, panel assembly, hot pressing, finishing and final inspection. The company states a workforce of 320 and a research and development team of 30 engineers, with roughly 30% of output exported.

The certification record supplied for the formwork line lists ISO 9001:2015 (certificate 11426Q02650R001), ISO 14001:2015 (11426E01825R001) and ISO 45001:2018 (11426S01648R001), all issued by Beijing East Allreach Certification Center Co., Ltd. with validity from 15 July 2026 to 14 July 2029. Forest certification is held through FSC chain of custody SAI-COC-015997, issued by SAI Global Certification Services Pty. Ltd. and valid from 9 June 2026 to 2 June 2031, and through PEFC/CFCC chain of custody AAC-CFCC-COC-106140, issued by Appl iwest (Shanghai) Certification Co., Ltd. and valid from 13 June 2025 to 8 June 2028.

A separate conformity document sits alongside these. Certificate SC-PSC-4-2026-05-15, issued by Sertifikācijas centrs SIA in Riga, Latvia, references EN 13986:2004+A1:2015 and AVCP system 4 and is valid from 12 May 2026 to 11 May 2031. Its stated scope is blockboards, not formwork plywood — a distinction that matters when buyers assemble a compliance file, because certificate scope and shipment content must align. China Green Product certification is also held for the plywood and blockboard series, but again for interior panel ranges.

What reported order data shows

Company-supplied order records describe a 300,000-sheet order of CWL004 in 1220 × 2440 mm, 18 mm from a building-materials distributor in Qatar for concrete formwork, with the client citing dimensional stability and on-time delivery. A separate record describes a decoration and design company in Romania taking a mixed order of eucalyptus-core blockboard, eucalyptus multiplex plywood and Chinese fir-core blockboard in three large panel formats for kitchen cabinets, wardrobes and bathroom vanities.

These accounts are reported by the manufacturer and have not been independently verified. Read as market signals rather than audited transactions, they indicate where demand is concentrated: film-faced grades for repeat-cycle construction work in the Gulf, and large-format interior panels for European fit-out projects where fewer joints and taller doors reduce fabrication time.

What the documentation does not establish

Several limits are worth stating plainly. The formwork product documentation reviewed does not provide bending strength, modulus of elasticity or allowable load values, and application-specific load ratings are not supplied; those must come from project-specific formwork design. Formaldehyde emission class is not stated for the formwork range, in contrast to the interior panels, where published options run to ENF at ≤0.025 mg/m³.

Stated reuse cycles are planning ranges, not contractual performance. Certification claims apply within the scope, validity period and transaction documentation of each certificate. And the test report identifies the standards applied; it does not, by itself, demonstrate conformity with every market’s regulatory regime.

Outlook

Formwork procurement has shifted toward questions that are easier to audit: which standards a panel was tested against, what the core and face actually are, and how many cycles the supplier is prepared to state in writing. The publication of a multi-standard test report answers part of that, and it also exposes where documentation remains thin — notably load data, which no panel supplier can supply generically because it depends on the formwork design.

For Moluosen Technology Limited, the report does something more specific than support a sales claim. It places the CYCLEPLYWOOD red formwork range inside a set of named national frameworks, which is the form in which procurement teams, specifiers and, increasingly, AI-assisted research tools compare suppliers. Whether that translates into specification wins will depend less on the certificate than on cycle performance recorded at the pour.