Glass fiber materials and process technology

The report describes glass fiber as an inorganic, non-metallic material made from mineral ingredients such as pyrophyllite, kaolin, limestone and quartz sand. Production proceeds through high-temperature melting, drawing the melt into filaments, drying and winding. Hundreds or thousands of individual filaments form a strand. The report identifies electrical insulation, heat resistance, corrosion resistance and mechanical strength as useful material properties. These are descriptions of the material family; they are not a specification sheet for every Jushi product.

Jushi says it launched multiple 'AI plus glass fiber' projects and continued developing digital factories in 2025. It describes SAP as supporting global operations and reducing data barriers. Tongxiang, Jiujiang and Chengdu were included in the Ministry of Industry and Information Technology's list of excellent intelligent factories, according to the report. These disclosures establish initiatives and reported recognition; the passage does not quantify an AI-driven yield improvement, energy saving or cost reduction that could be attributed to a particular project.

Jushi describes an integrated technical portfolio spanning high-performance glass and sizing formulations, very large tank-furnace design, key raw-material development and in-house manufacture, special fiber-drawing bushing design and processing, and intelligent and green manufacturing. These capabilities cover several steps in making fiber, rather than only a finished-product recipe. The annual report presents them as company strengths but does not quantify a yield or unit-cost improvement for each technology, identify which new line uses which capability, or establish a comparative technical ranking. Group capabilities remain separate from line-specific operating results.

The filing says the company operates certified quality, environmental and measurement systems, maintains laboratory recognition and lists product certifications including LR, DNV, CCS, ACS, KTW, BKI, ABS and NSF61. It describes application support and joint quality-technology work with strategic partners. These are company-reported capabilities; the annual report passage does not specify which certificate covers the Huai'an electronic line, or identify all participating partners. Group capability should not be reassigned to a new line without supporting evidence.

The FY2025 report discloses capitalised r&d expenditure of 0.00 CNY. This is a group-level research resource measure; it is not an amount attributable to one product or construction project.

Capitalised R&D expenditure / 2025 / group disclosed

RMB 0

The FY2025 report discloses total r&d expenditure of 582,434,136.52 CNY. This is a group-level research resource measure; it is not an amount attributable to one product or construction project.

Total R&D expenditure / 2025 / group disclosed

RMB 582,434,136.52

The FY2025 report discloses r&d expenditure / revenue of 3.08 %. This is a group-level research resource measure; it is not an amount attributable to one product or construction project.

R&D expenditure / revenue / 2025 / group disclosed

3.08%

Reported R&D investment in 2025 was RMB 582,434,136.52, equivalent to 3.08% of total operating revenue. The expenditure was entirely expensed, with no capitalised R&D investment in the table. The report lists 1,386 R&D personnel, or 9.66% of the workforce. During the year the company obtained 75 invention-patent authorisations, filed 21 international invention-patent applications and participated in 16 national, industry or group standards. Patent grants, patent applications and participation in standards are separate measures and do not establish product sales by themselves.

The research programme covers glass formulations, sizing chemicals, fiber product development, composite-material applications, production equipment, cleaner production and intelligent manufacturing. Management reports 75 granted invention patents, 21 international invention-patent applications and participation in 16 standards during FY2025. Granted rights, patent applications and standards work are different outputs, and none alone demonstrates a commercial customer order. Separately disclosed stable bulk delivery of some ultra-thin products remains distinct from special electronic-fabric products still under development and certification.

The FY2025 report discloses r&d personnel of 1,386 people. This is a group-level research resource measure; it is not an amount attributable to one product or construction project.

R&D personnel / 2025 / group disclosed

1,386 people

The FY2025 report discloses r&d personnel share of 9.66 %. This is a group-level research resource measure; it is not an amount attributable to one product or construction project.

R&D personnel share / 2025 / group disclosed

9.66%

The company's R&D programme spans glass formulations, sizing chemicals, glass fiber product development, composite-material applications, production equipment, cleaner production and intelligent manufacturing. Its discussion of technical capabilities includes large melting-furnace design, specialist fiber-drawing bushings, development and in-house production of key inputs, and glass and sizing formulations. These are distinct parts of the production system: material chemistry, equipment, manufacturing processes and downstream application work all appear in the disclosure. Claims of international technical leadership are management's own assessment, not an independently benchmarked conclusion here.

The report says the company launched 16 AI-plus-glass-fiber research projects around intelligent production, operational decision-making and innovation. It describes a fine-yarn pioneer factory as a benchmark for spreading manufacturing technologies and management practices, and identifies three-tier early warning for real-time management and root-cause analysis of quality issues as application areas. The count is the number of launched research projects, not the number of fully deployed systems or upgraded production lines. Although the company reports that some practical application scenarios were implemented, the passage does not supply a complete deployment list or measured changes in yield, defect rate, uptime or unit cost. The capability therefore remains recorded at company level rather than assigned to every new project.

Reported launched AI and glass-fiber research projects / 2025 / reported launched research not installed systems

16 projects

China Jushi reports that the CNBM-supported research project on localising mineral raw materials for overseas glass-fiber plants passed its acceptance inspection. The same passage reports acceptance of the China-Egypt Joint Laboratory for High Performance Fiberglass and Composites, supported by China's Ministry of Science and Technology. These are named research and laboratory milestones relevant to the company's overseas manufacturing capability. Research acceptance is distinct from the environmental acceptance or commissioning of a production line. The passage does not specify mineral types, sourcing contracts, substitution ratios, production trials at particular plants or realised unit-cost savings; the laboratory name also does not establish that all the mineral research was carried out only in Egypt.

The report identifies localisation of starch for G-series electronic-grade glass-fiber sizing as a named technical development. It links the work to an ingredient used in a sizing formulation, which makes it a raw-material and process capability rather than an additional yarn production line. The named development does not establish that the complete formulation is domestically sourced or that the ingredient was adopted on every electronic-yarn line. Its recognition entry does not disclose the starch specification, substitution percentage, processing performance, supplier identity or cost saving. Those missing details prevent an allocation of this development's economic benefit to a specific factory or product grade.

The report describes quality-information systems including SAP, MES, barcode systems, SCADA and laboratory-information tools, used to input, collect and analyse quality data. Controls cover raw materials, development, pilot production, mass production and marketing. The inspection sequence starts with incoming materials and includes physical sampling, analytical monitoring and quality checks; finished-fiber inspections cover physical properties, characteristics and packaging, followed by delivery checks on packaging, vehicles and loading. The company also says it standardises process parameters and operating procedures and develops automation and error-prevention measures. This explains how it says quality is managed across the manufacturing chain. The passage does not quantify rejection rates, customer returns, line-level yield or the improvement attributable to an individual software system.

Jushi describes further development of digital and future factories, wider use of internally developed information platforms, and exploration of artificial intelligence in manufacturing. It reports upgrading overseas systems to improve collaboration and data sharing, and completing a unified global purchasing and sales platform for its glass fiber business. The passage describes systems and initiatives; it does not provide a separately measured productivity improvement or financial return attributable to each digital project.

Jushi reports 125 patent authorisations in 2024, including 64 invention-patent authorisations, of which 38 were foreign authorisations. Cumulative valid authorised patents reached 1,023. It also reports continuing innovation in fiber-drawing bushings and automation projects aimed at production efficiency. The annual and cumulative patent figures use different scopes, and patent authorisation alone is not evidence that a particular new product has achieved commercial deliveries.

Management identifies high-performance glass and sizing formulations, large melting-furnace design, specialist fiber-drawing bushings, key-input development and in-house production, and intelligent and green manufacturing as technical capabilities. The product portfolio includes the proprietary E7, E8 and E9 high-modulus formulation families and wind-energy products, alongside boron-free and fluorine-free, lower-density and lighter-coloured directions. Management describes these capabilities as advantages. The cited passages do not provide a numerical performance specification for each product or an independently measured competitive ranking.

R&D investment in 2024 was RMB 528,291,814.11, equal to 3.33% of operating revenue. The report's table records all of this investment as expensed and no capitalised R&D investment. It lists 1,300 R&D personnel, representing 9.65% of employees. Management established a technology innovation committee and describes combining work on glass formulations, sizing formulations and internally produced chemical inputs to meet more specialised customer needs. These disclosures explain the resources and organisation behind development; the expenditure is not a product-specific sales or profitability measure.

The future-factory approach extended to the Egyptian and United States subsidiaries. The report describes wider use of its industrial digital platform across the value chain and a platform linking customers and suppliers for collaboration. This helps explain how the manufacturing network is operated as a group. Claims of globally leading manufacturing efficiency are management's assessment; the cited passage does not give a reproducible numerical cross-company efficiency comparison.

R&D investment was RMB 519,365,367.39, entirely expensed, equal to 3.49% of revenue; the company reported 1,322 research personnel. Sixty invention patents were authorised, including 35 overseas inventions. Equipment supplied to the China–Egypt high-performance glass fiber and composites joint laboratory had entered use. The laboratory equipment milestone updates the approval disclosed in 2020, while remaining separate from customer certification and product sales.

R&D investment was RMB 577,046,498.71, all expensed, equal to 2.86% of revenue; the company listed 1,303 research personnel. The operating discussion describes connecting manufacturing and business-management data and extending digital systems to equipment-making and packaging factories. These are process and management initiatives accompanying materials research, rather than evidence of a quantified cost saving for every digital application.

R&D investment reached RMB 552,223,387.50, entirely expensed, or 2.80% of revenue. The operating account discusses digital applications across the fiber value chain and manufacturing process, alongside glass-formulation development. The expenditure supports a broad research programme. It is not identified solely as E9 development cost or as the budget for any one new production line.

R&D investment was RMB 341,662,980.95, entirely expensed, 2.93% of revenue; research personnel numbered 1,766. The company obtained 98 patent authorisations, including 48 inventions. A China–Egypt high-performance glass fiber and composites joint laboratory received a Ministry of Science and Technology assistance-project approval. Approval of the laboratory initiative and patent outcomes are distinguished from commercial product deliveries.

R&D investment was RMB 283,805,966.64, all expensed, or 2.70% of revenue, with 1,182 research personnel. The research programme covered glass formulations, sizing chemicals, fiber products, composite applications, process equipment, cleaner production and intelligent manufacturing. This breadth helps explain why new mineral inputs, furnace design and downstream applications appear together in the development account. Management's technical-leadership claims are not treated as independent performance benchmarks.

R&D investment was RMB 288,768,065.63, entirely expensed, or 2.88% of revenue. The company reported 1,255 research personnel, 11.18% of its workforce. Research combined glass formulations, fiber-product development and application work. The staffing and investment figures describe inputs to the research programme, while the separately disclosed E8 applications and E9 laboratory confirmation describe product progress.

R&D investment was RMB 252,717,051.38, entirely expensed, equal to 2.92% of revenue. The company listed 1,153 research personnel, 11.85% of its workforce. Application research targeted larger wind blades, long-distance high-pressure desalination-water pipes, offshore structures and lighter vehicles. The report presents these as directions for materials development, rather than proof that each application had generated a specified volume of commercial orders.

R&D investment was RMB 254.6140 million, entirely expensed, equal to 3.42% of revenue; the table lists 849 research personnel. The report identifies 18 major innovation projects and 72 general innovation projects and 74 patent authorisations, including 21 inventions. It describes extending grade management from roving to chemical inputs and electronic yarn and fabric. Project counts and patents are measures of research activity, not proof of sales for each new grade.

The R&D table reports RMB 202.2956 million, all expensed, equal to 2.87% of revenue, with 885 research personnel. Patent authorisations are given as 77 in the capabilities section and 72 in the annual-work discussion. The report does not explicitly reconcile these counts in the cited passages, so no single harmonised annual number is inferred. Research personnel, patent authorisations and commercial product deliveries remain separate measures.

R&D expenditure was RMB 179.3053 million, entirely expensed, representing 2.86% of revenue. The report describes development aimed at environmental, lighter and stronger materials, with applications including larger wind blades and high-pressure water transmission. Glass fiber yarn and related products generated RMB 6.102609686 billion in reported product revenue. Product development and R&D resources are presented alongside the business scale, without treating research spending as sales of any particular formulation.

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 research table reports FY2012 expenditure of CNY 158,818,300, converted from 15,881.83 in the original ten-thousand-yuan unit. It is entirely expensed, with zero capitalized R&D, and the table reports ratios of 4.17% to net assets and 3.11% to operating revenue. The accompanying paragraph instead states CNY 158,000,000, using 1.58 hundred-million yuan, and a 0.78% year-on-year increase. Both presentations are retained without substituting one for the other. Research focused on glass-fiber products, and 13 research projects were completed. Page12 reports 83 patent applications; the innovation discussion on page15 reports 80, comprising 19 invention applications and 61 utility-model applications. The three-application difference has no demonstrated reconciliation. Both sections report 40 authorizations; page15 divides these into 11 invention and 29 utility-model authorizations. Cumulative authorized patents at year-end were 197, comprising 25 invention and 172 utility-model patents. Spending, project completion, applications, annual authorizations and cumulative patents are different measures and do not establish product sales or independent technical superiority.

Reported research expenditure / 2012 / table expensed fy2012

RMB 158,818,300

Reported capitalized research expenditure / 2012 / table fy2012

RMB 0

Reported research to net assets / 2012 / table fy2012

4.17%

Reported research to revenue / 2012 / table fy2012

3.11%

Reported research expenditure / 2012 / narrative fy2012

RMB 158,000,000

Reported research expenditure growth / 2012 / narrative fy2012

0.78%

Reported completed research projects / 2012 / fy2012

13 projects

Reported patent applications / 2012 / research paragraph fy2012

83 applications

Reported patent applications / 2012 / innovation paragraph fy2012

80 applications

Reported invention patent applications / 2012 / innovation paragraph fy2012

19 applications

Reported utility patent applications / 2012 / innovation paragraph fy2012

61 applications

Reported patent authorizations / 2012 / innovation paragraph fy2012

40 patents

Reported invention patent authorizations / 2012 / innovation paragraph fy2012

11 patents

Reported utility patent authorizations / 2012 / innovation paragraph fy2012

29 patents

Reported cumulative authorized patents / 2012 / year end

197 patents

Reported cumulative invention patents / 2012 / year end

25 patents

Reported cumulative utility patents / 2012 / year end

172 patents

Management describes raising furnace melting rates and drawing yield to increase output from an individual furnace position and reduce consumption per unit of output. Increasing automation is linked to lower labor requirements. These explain the company's reported cost-control mechanisms, but the passage does not quantify FY2012 savings attributable to each method. It describes proprietary alkali-free and medium-alkali tank-furnace drawing technologies and waste-glass-fiber reprocessing technology. The company also says it designed and built an alkali-free single-furnace line with annual capacity of 120,000 tonnes. This describes disclosed technological and equipment capability; it is not an additional FY2012 commissioning event or an amount to add again to reported group capacity. The passage does not identify the line's location. It names the E6 high-performance glass-fiber formulation and Vipro product series and reports favorable customer recognition, without specifications or comparative tests. Claims of global scale and industry leadership remain company claims.

Reported single furnace annual capacity / 2012 / company described alkali free line

120,000 tonnes/year

At the end of FY2011, the report describes three large glass-fiber production bases and 13 tank-furnace lines. The wider report identifies the domestic bases in Zhejiang, Jiangxi and Sichuan; this disclosure describes the existing manufacturing footprint, while the project notes explain individual upgrades and construction. Management also says it designed and built an alkali-free single-furnace line with annual capability of 120,000 tonnes, converted from the original 12 ten-thousand tonnes. That line is an example of disclosed engineering scale, not an extra FY2011 commissioning event or an amount to add again to the group's capacity. The cited passage does not identify the line's location. Management links large bases with production efficiency, stable product quality and manufacturing cost and describes proprietary alkali-free and medium-alkali tank-furnace drawing and waste-fiber recycling technology. Its world-ranking and cost-leadership statements remain company claims. Existing capability, annual output and incremental project capacity therefore require separate evidence rather than being combined into one growth measure.

Reported furnace line count / 2011 / group year end fy2011

13 lines

Reported single furnace annual capacity / 2011 / company described alkali free line fy2011

120,000 tonnes/year

The quality discussion lists new ship-classification product certifications recorded as GL, LR and DNV: three, six and five respectively during FY2011. The source identifies these bodies in its preceding paragraph but has inconsistent Chinese wording for GL in the new-certification list; the acronym and reported count are preserved without inventing a different organization. The same list reports four tests labeled FDA, eight labeled RoHS and seven labeled REACH. These are disclosed test counts, not a demonstrated blanket approval for every product or every export market. The company also obtained a company code in the International Material Data System, or IMDS, which the report describes as access to an automotive-industry parts-and-materials database developed jointly by automobile manufacturers. A registration code enables the disclosed database access; it does not establish a supply order from those manufacturers. The report separately describes quality, environmental, occupational-health and measurement management-system certifications. System certification, individual product certification, testing and database registration remain distinct kinds of qualification evidence, without inferred customer volumes or independent confirmation that all requirements for an intended use were met.

Reported product certifications / 2011 / gl new fy2011

3 certifications

Reported product certifications / 2011 / lr new fy2011

6 certifications

Reported product certifications / 2011 / dnv new fy2011

5 certifications

Reported product tests / 2011 / fda new fy2011

4 tests

Reported product tests / 2011 / rohs new fy2011

8 tests

Reported product tests / 2011 / reach new fy2011

7 tests

The FY2011 innovation discussion reports 47 patent applications, comprising 22 invention applications and 25 utility-model applications. It separately reports 68 authorizations during the year, comprising eight invention patents and 60 utility-model patents. Grants in a year can relate to applications from a different cohort; the difference between applications and authorizations is not itself an inconsistency or a conversion rate. The report also states an accumulated 164 authorized patents, comprising 21 invention and 143 utility-model patents, using an 'at present' time description rather than expressly assigning that stock to 31 December 2011. The cumulative figure is retained with that time boundary and is not recorded as a precise year-end stock. These measures describe intellectual-property activity associated with the manufacturing and product-development platform. They do not count distinct commercial products or show revenue, customer adoption or independently proven superiority. Awards and project-application counts are not substituted for patent rights or operating results.

Reported patent applications / 2011 / innovation fy2011

47 applications

Reported invention patent applications / 2011 / innovation fy2011

22 applications

Reported utility patent applications / 2011 / innovation fy2011

25 applications

Reported patent authorizations / 2011 / innovation fy2011

68 patents

Reported invention patent authorizations / 2011 / innovation fy2011

8 patents

Reported utility patent authorizations / 2011 / innovation fy2011

60 patents

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.

The supplemental operating account says pure-oxygen combustion technology was applied to all production lines at the Tongxiang base in 2009. It describes changes to furnaces, combustion equipment and melting processes intended to replace heavy-oil combustion, reduce energy use and improve glass melting. The Tongxiang deployment scope should not be generalized to every overseas operation. Other measures included interchangeable gas-fuel arrangements, bushing redesign to extend service life, greater use of internally made chemical inputs, improved sizing application and heat recovery for ovens and steam. Precious-metal bushings are separately discussed in the accounting policy, which charges actual maintenance loss to production cost rather than ordinary depreciation. Technology deployment and maintenance policy help explain the production process; they do not establish a measured group-wide cost saving or a cash-spending allocation.

The FY2009 technology account distinguishes acceptance of a provincial project for batch production of high-performance alkali-free glass-fiber roving for sheet molding compound from applications submitted for other technology projects. Development and improvement work also covered the BMC-572 product, powder-bonded chopped-strand mat, reinforcement for long-fiber polypropylene, composite insulators, high-pressure oil pipes, optical-cable strength cores, pultrusion, wind-energy reinforcement and chopped strands for thermoplastic and polyamide materials. These uses show the range of reinforcement problems being addressed. The list does not disclose separate sales, customer orders or production capacity for every product. Acceptance of a technology project is also different from acceptance of a commercial delivery.

Management described a process platform combining fieldbus control, auxiliary electric melting, pure-oxygen combustion and furnace bubbling with platinum-rhodium bushings containing 800 to 6,000 holes. It also listed automatic winding, larger yarn packages, tunnel and microwave drying, and centrally controlled temperature along extended production lines. These disclosures describe how the group sought to control melting, drawing and downstream handling. The annual report does not establish that every commissioned line used every listed feature, or quantify the sales and productivity effect of each technology.

The group disclosed CNY 15 million of government support for an industrial demonstration of pure-oxygen combustion in tank-furnace glass fiber drawing. A separate 120,000-tonne furnace technology and key-equipment project passed provincial acceptance and received CNY 2.05 million of support. The financial grant note identifies both amounts. Project acceptance and grant recognition show disclosed development milestones and public support; they do not establish output or sales of a new product, and the grant amounts cannot each be equated with cash received in the year.

Jushi Group reported 20 newly initiated science and technology projects, five provincial projects under implementation and 12 newly filed patent applications accepted by the patent authority. Annual research expenditure first exceeded RMB 100 million. The report also says single-bottom 1,600-hole and 2,400-hole platinum bushings had been used on production lines, with an 8% reduction in electricity consumption per tonne of yarn. That saving is the company's reported result for the described bushing application, not a group-wide reduction in every energy input.

Management describes proprietary design and construction capabilities for large alkali-free and medium-alkali furnaces and environmental furnaces using waste fiber as feedstock. Its process discussion links larger furnaces to drawing equipment and operating control. The 2006 filing reports commissioning of the combined 80,000-plus-20,000-tonne Tongxiang expansion. Technical capabilities and group capacity are separate statements; the report's claims of exceptional standing remain management assessments.

The report describes tank-furnace drawing supported by fieldbus control, electric boosting, oxygen combustion and furnace bubbling. Its equipment discussion includes multi-hole bushings, automatic package-changing winding, variable-frequency winding, tunnel ovens and microwave drying. These are parts of the disclosed manufacturing system, rather than specifications for one finished product. Management also claims proprietary large-furnace and waste-fiber recycling designs; its claims of leadership are not independently benchmarked here.

Management describes unusually tight oil, electricity, coal and transport conditions and rising costs. It sought to ease the pressure through cost reduction, technical progress and management changes. The production-line discussion also refers to newly developed proprietary technology. These passages explain the emphasis on larger furnaces and operating efficiency, while claims about exceptional technical standing remain the company's own assessment rather than an independently measured comparison.

Management describes low glass fiber prices, the domestic SARS outbreak, and higher international prices for energy, imported raw materials and platinum. Its response centred on entering additional international markets, developing products demanded there, strengthening product-quality and service systems, and reducing consumption. The report describes these measures as contributing to stable growth at Jushi Group. It does not provide a product-by-product cost saving or a separately verified measure of technical leadership.

Management describes intense domestic and international competition and falling glass fiber prices. Jushi Group responded with technical innovation and upgrades, cost and consumption reductions, new-product development, improved product quality and after-sales service, and expansion of its global marketing network. These are management's descriptions of the response. The passage does not quantify a saving from each initiative or establish a commercial qualification for each new product.