China Jushi FY2013: Products and glass-fiber technology

The company describes its composite-fiber project as having completed product appraisal and acceptance and entered stable batch production, with acceptance by representative overseas industry customers. It attributes development to changes in fiber-treatment formulations, chemical fibers and the combination process. The reported forming applications include compression molding, laminated sheets and winding; proposed use sectors include aerospace, vehicles, construction, sports equipment and new energy. The company claims simpler forming, higher production efficiency, mechanical advantages, repairability and recyclability versus traditional fiber products, but the passage supplies no common test basis or quantified life-cycle result. It specifically says polypropylene composite yarn met requirements for industrial production through an in-line combination process. The separate technology overview names Compofil among its proprietary composite materials. These descriptions explain product and process progress; they do not establish disclosed annual output, revenue, named orders in every application sector or an independently confirmed global market ranking.

The report describes yarns tailored to wind-power reinforcement, high-pressure petroleum pipes, epoxy-pipe chopped-fiber applications and a composite-forming process labeled CFRT. High-performance wind-power yarn passed Siemens fatigue-test qualification and was placed on the market in large batches, according to the company. The petroleum high-pressure pipe yarn introduced in 2013 was described as qualified by Ameron after process-performance assessment and a 1,200-hour long-duration test. For epoxy pipes, the company developed chopped yarn by changing the sizing system, meaning the fiber-treatment formulation referred to in the report. It claims a greater-than 15% improvement in mechanical performance over its earlier general-purpose system, but does not identify a specific measured property or full test conditions. The pipe customer accepted its performance; a separate wind-fabric surface-yarn application was recognized by Siemens and reached batch supply. For CFRT-process yarn, the company reports good dispersion and wear resistance, domestic customer acceptance and the start of batch purchasing. The filing does not expand that process acronym or give a full process specification. These are product-specific reported stages, not independently verified certificates, customer-wide approved-supplier status or quantified annual sales. The general statements of no major orders and no major product/service change do not erase these individual developments.

Reported product test duration / 2013 / petroleum high pressure pipe yarn

1,200 hours

The report describes yarns tailored to wind-power reinforcement, high-pressure petroleum pipes, epoxy-pipe chopped-fiber applications and a composite-forming process labeled CFRT. High-performance wind-power yarn passed Siemens fatigue-test qualification and was placed on the market in large batches, according to the company. The petroleum high-pressure pipe yarn introduced in 2013 was described as qualified by Ameron after process-performance assessment and a 1,200-hour long-duration test. For epoxy pipes, the company developed chopped yarn by changing the sizing system, meaning the fiber-treatment formulation referred to in the report. It claims a greater-than 15% improvement in mechanical performance over its earlier general-purpose system, but does not identify a specific measured property or full test conditions. The pipe customer accepted its performance; a separate wind-fabric surface-yarn application was recognized by Siemens and reached batch supply. For CFRT-process yarn, the company reports good dispersion and wear resistance, domestic customer acceptance and the start of batch purchasing. The filing does not expand that process acronym or give a full process specification. These are product-specific reported stages, not independently verified certificates, customer-wide approved-supplier status or quantified annual sales. The general statements of no major orders and no major product/service change do not erase these individual developments.

Reported product test duration / 2013 / petroleum high pressure pipe yarn

1,200 hours

R&D expenditure was RMB 145.2362 million, entirely expensed, equal to 2.79% of revenue. The company reported 112 patent applications and 98 patent authorisations in the year, with 291 effective patents at year-end. The top five customers represented 10.69% of annual sales. These measures respectively describe research input, patent outcomes and customer concentration; patent activity does not establish that all new products were already in commercial delivery.

The report identifies company-developed furnace drawing systems for alkali-free and medium-alkali glass fiber, waste-fiber reuse and the E6 and Vipro high-performance glass-fiber formulations. It describes improved furnace melting and fiber-drawing yield, automation and cost controls as methods to raise output per furnace position and reduce consumption; the passages do not quantify each method's realized unit-cost saving. Research facilities include an enterprise technology center, a postdoctoral research station, a testing center identified with CNAS in the source and a provincial glass-fiber laboratory. The report claims performance and corrosion-resistance improvements for proprietary materials relative to traditional E glass fiber, without a complete comparable specification table. It reports quality, environmental, occupational-safety and measurement management-system certifications, separately from product qualifications associated with classification societies and a US regulatory body. Applications and tests started during 2013 are not automatically certificates granted: the source lists new product-certification applications and additional chemical-compliance tests. These are issuer disclosures about capability and qualification activity, not a site-specific operating permit or independent proof that every product and destination was covered. The existing research-expenditure and patent observations remain measures of research input and patent activity, rather than proof of universal commercial delivery.

The report describes a water-reuse system whose biological-film wastewater-treatment component is reported to treat 4,800 tonnes per day. It reports reuse of treated water and full application of waste-fiber reuse and oxygen-combustion technology at domestic production bases, claiming reduced unit energy use and emissions. The treatment quantity is a stated daily treatment figure; it is not disclosed annual water savings, annual water reused or a measured reduction in all factory emissions. Nor does the passage allocate the system to a verified project street address. The company states that no major environmental problem occurred in 2013 and that emissions at all production bases met standards. These are company compliance assertions for the stated period and perimeter, not a blanket conclusion of no environmental exposure or a substitute for individual permit and monitoring evidence. They explain manufacturing resource use and operating constraints; the unquantified industry-leading comparisons are retained as attributed claims rather than proven savings.

Reported daily water treatment / 2013 / biological film wastewater system

4,800 tonnes/day

The staff table covers the listed parent and major subsidiaries, with 8,384 active employees:17 at the parent and 8,367 at major subsidiaries. Its occupational breakdown includes 5,332 production employees and 1,756 technical employees. The source says there was no change in the core technical team or key technical personnel, excluding directors and senior officers, with a major effect on core competitiveness during the period. The perimeter is not asserted to be every entity worldwide, and technical employees are not all counted as research scientists. These numbers describe staffing supporting a manufacturing and technical business; they do not measure labor productivity, vacancy rates or training outcomes. The separate 334-session training schedule is a 2014 plan and is omitted from the reader because no quantified operating consequence is established here. Routine welfare and employee-activity details remain in the archived source.

Reported employee count / 2013 / parent and major subsidiaries total

8,384 people

Reported employee count / 2013 / listed parent

17 people

Reported employee count / 2013 / major subsidiaries

8,367 people

Reported employee count / 2013 / production parent and major subsidiaries

5,332 people

Reported employee count / 2013 / technical parent and major subsidiaries

1,756 people