China Jushi FY2014: Products and glass-fiber technology

The E7 formulation entered batch production in 2014 and began supplying domestic and overseas customers. The report links it to large wind-turbine blades, high-pressure vessels and high-performance pultruded profiles, with claimed improvements in modulus, strength and softening temperature. The batch-production and supply stage is a reported commercial milestone. The cited passage does not supply grade-specific numerical performance values or establish that every application generated revenue.

The report describes composite fiber as offering simpler forming, greater production efficiency, mechanical performance, repairability and recyclability than traditional glass fiber. It lists compression molding, laminated-sheet forming and winding as suitable processes, with potential uses in aerospace, automotive, construction, sports equipment and new energy. Management says the composite-fiber project had completed product appraisal and acceptance, entered stable batch production and gained recognition from major overseas customers. It separately says polypropylene (PP) composite yarn had met the requirements for industrial production through online compositing. The passage supplies no customer names, annual tonnage, separate sales, resin fraction or measured performance results. Potential applications are not disclosed deliveries to every industry, and the PP process milestone does not establish that every named technology or grade had the same composition or sales stage. Existing product-specific accounts retain the different stages for E7, LFT yarn, nylon-reinforcement chopped strands, optical-cable reinforcement, bathroom SMC yarn and rail-sleeper yarn.

The technical account names Compofil as a high-performance composite-fiber material alongside E6 and E7 high-performance glass fiber. Management claims improvements in physical properties, corrosion resistance and energy or environmental performance compared with traditional E-glass. The research account separately names the Vipro product series and says it had gained customer recognition. Neither name is accompanied by a numerical datasheet, grade-level volume, named customer or separate revenue in these passages. The composite-fiber production narrative and PP process statement provide relevant development context, but the annual report does not explicitly map each of them to a particular Compofil or Vipro grade. These names and commercialization statements are recorded without importing an undisclosed formulation or claiming an independently established global technology ranking.

The report says high-dispersion LFT yarn entered stable batch production and nylon-reinforcement chopped strands gained customer recognition and batch purchases. Optical-cable reinforcement yarn received recognition in India and Korea. SMC yarn for integrated bathrooms began batch purchases in Japan, while high-speed rail-sleeper yarn received recognition from Japan's Sekisui and reached batch production. These are product-specific statements with different stages. No annual sales amount or customer-wide exclusive relationship is inferred from them.

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 CNY 179,305,336.22, entirely expensed, with capitalized R&D of CNY 0.00. The report gives 2.86% of revenue and 4.38% of net assets as separate ratios; neither is the contribution of a particular product to earnings. Management says development targeted lighter and stronger materials for large wind blades, high-pressure pipes for desalination and long-distance transport, offshore structures and hybrid vehicles. These are research objectives, not disclosed orders. The report lists 90 patent applications, 84 authorizations and 359 valid patents at year end, distinguishing current-year flows from the stock of valid patents. It describes furnace melting, fiber-drawing yield, output per furnace position and automation as cost mechanisms. Spending, patents and claimed capabilities do not establish independently measured cost savings, grade-level performance or a verified world-leading position.

Research expenditure / 2014 / consolidated

RMB 179,305,336.22

Capitalized research expenditure / 2014 / consolidated

RMB 0

The issuer describes quality, environmental, occupational-health-and-safety and measurement-management certifications, respectively labeled ISO 9001, ISO 14001, OHSAS 18001 and ISO 10012. It also describes a nationally accredited testing center and research facilities. These statements concern organizational systems and testing resources; they do not establish that every glass formulation has a current customer approval or product certificate. The product account separately lists classification-society and other certification labels, without reproducing grade-level certificates or their validity scopes. For 2014 it reports new product-certification applications under the classification-society labels GL, LR and DNV: 5, 10 and 1 respectively. Applications are not automatically issued approvals. Additional product tests labeled RoHS and REACH, two separately labeled testing programs in the report, numbered 28 and 30 respectively. Those test counts do not establish a disclosed new order, delivery volume, product-wide legal compliance or separate revenue. The qualification activity is relevant to supporting customer acceptance, while the already reported batch-production and purchasing milestones remain more direct commercialization evidence. General quality-management slogans and brand honors supply no additional measured performance result here.

Reported product certification applications / 2014 / gl current year

5 applications

Reported product certification applications / 2014 / lr current year

10 applications

Reported product certification applications / 2014 / dnv current year

1 applications

Reported additional product tests / 2014 / rohs current year

28 tests

Reported additional product tests / 2014 / reach current year

30 tests