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Annual business review / fy2010-annual-selection-20261007

China Jushi FY2010: Products and glass-fiber technology

Products, applications, research and commercial progress.

Evidence-linked English operating research. The source and stated coverage below define the scope of this version. Source-page links provide optional verification; the English account is intended to stand on its own.

Reporting period ended 2010-12-31 / Filing published 2011-03-18
Content version 19 / dbd4f104e1e9 / PUBLISHED

Products and applications

ViPro was developed during FY2010; development is distinct from later market introduction

The FY2010 report says ViPro was successfully developed from the E6 formulation. The issuer claims further improvements in tensile strength, tensile modulus, shear strength, compressive strength, corrosion resistance and heat resistance. It also describes lower production cost, removal of fluorine use and wider potential applications. These are qualitative company claims: the passage gives no comparable numerical test series, realized cost reduction or separately identified ViPro sales. Development is a separate stage from later product introduction or marketing. Annual-stage wording should therefore be compared before deciding whether a new name or claim represents a new invention. Both formulations are linked to the existing material-family entry, while their annual stages remain separately sourced. The report supports a technology-development milestone and intended commercial advantages, without establishing full customer adoption, orders or annual output for ViPro.

E6 had reportedly entered demanding application areas

Management describes E6 as its proprietary high-performance glass fiber and claims advantages over conventional E glass in strength, elastic modulus and corrosion resistance, with lower waste-gas and dust emissions during production. The FY2010 passage says E6 had received certification from major international authoritative organizations and had successfully entered high-power wind-turbine blade manufacturing, corrosion-resistant pipes, high-voltage insulation and high-pressure pipes. This is an issuer claim of entry into application areas, rather than merely a list of planned uses. The passage does not name the certifying organizations or customers, reproduce test results, identify orders or isolate E6 revenue. The annual product-revenue table covers glass fiber more broadly. Readers can therefore retain the disclosed application-entry stage while recognizing the limits of certification and commercial evidence. This wording corrects the preliminary English characterization of the uses as intended applications; the original statement and its frozen history remain preserved.

Technology and commercial progress

Process rollout and reinforcement development had different stages of evidence

Management reports that pure-oxygen combustion technology had been applied across domestic furnace production lines in FY2010 and attributes lower energy use per unit of capacity to it. The stated domestic scope does not establish deployment at every overseas operation or a numerical group-wide energy reduction. Product development included assembled-roving and direct-roving series for reinforcing thermosetting resins, with progress in reinforcement for thermoplastic plastics, chopped-strand mats and products identified as BMC in the source. The report identifies 386T as a new general-purpose direct-roving product and says it received a JEC Asia innovation award in Singapore in October 2010. An award is a development signal, rather than a sales or customer-qualification measure. The report also describes experimental facilities for high-pressure pipe reinforcement and a laboratory identified as LFT in the report. The facilities provide research context, but the passage does not establish their physical address, testing specifications, commercial capacity or attributable revenue. These disclosures are retained as separate process-application, product-development and research stages rather than combined into a single quantified commercialization claim.

Precious-metal bushings connect fiber quality to recurring production cost

Platinum-rhodium alloy is a major production material used to make bushings for the final fiber-forming operation. The annual report describes regular cleaning and reworking to keep the fibers within specified quality requirements. These operations consume some of the precious metal, and the actual maintenance loss is charged to product cost. The alloy is accounted for as a fixed asset but is not depreciated like ordinary machinery. This explains why substantial capital remains in production tooling while a recurring loss enters manufacturing cost. Its reported gross balance rose from CNY 3,823,948,001.66 to CNY 5,208,379,477.85, after CNY 1,931,983,159.24 of additions and CNY 547,551,683.05 of reductions. The accounting table does not separate every acquisition, purchase, disposal or process loss within those movements. Accordingly, total reductions are not relabeled measured production consumption, and additions are not treated as cash purchases. No metal tonnage, alloy composition or individual-line tooling requirement is supplied here.

Reported precious metal bushing balance / 2010 / consolidated opening
RMB 3,823,948,001.66
Reported precious metal bushing balance / 2010 / consolidated closing
RMB 5,208,379,477.85
Reported precious metal bushing additions / 2010 / consolidated
RMB 1,931,983,159.24
Reported precious metal bushing reductions / 2010 / consolidated
RMB 547,551,683.05

Related raw materials and precious-metal tooling had different accounting roles

Read the complete annual research snapshot

Sources and scope

What this guide establishes

  • This page presents selected business disclosures from the FY2010 full annual report. It is not an exhaustive extraction of every disclosure.
  • Event dates stated in the text may differ from the reporting year. Later events disclosed before filing are identified explicitly; later annual reports are not inserted into this historical account.
  • The Chinese source was translated and compared with the cited pages in separate passes by the same assistant. Independent editorial review and publication approval remain pending.
  • Capacity, production, sales, project budgets and construction expenditure are different measures. Repairs and programme phases are not automatically incremental capacity.
  • Whole-year important selection covers historical identity and control, products and process development, commissioning and construction accounting, subsidiary and investment perimeters, sales markets and relationships, operating economics, cash and credit, funding, production tooling, tax and profit attribution, resources, workforce, shareholder decisions and audit scope. All 123 source texts and the 73 current explanations have been read across the recorded review passes. This is material-content selection by the same assistant, not a line-by-line translation or independent editorial approval.
  • Source differences remain explicit: project labels and physical versus financial stages, parent versus group accounts, debt maturity presentations, precious-metal reductions versus cash depreciation adjustments, stock movements, guarantee categories, related trade versus customer sales, and disposal price and comparative-adjustment presentations. No unsupported reconciliation, identity merge or later completion is inferred.
  • Supplemental technical definitions provide background only, with separate source links. Product uses or qualifications do not establish every customer order, specification or sale. Exact dates, site permits, coordinates and the separate controls-audit report remain bounded unknowns where not established. Source-use basis and independent editorial review remain pending.
FY2010 full annual report ↗
Chinese / A-share / Chinese Accounting Standards / Published 2011-03-18
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