China Jushi FY2015: Products and glass-fiber technology

The company developed a fourth-generation high-modulus, high-strength E7 formulation and worked on E6S in response to wind-energy demand. It also reports research on sizing formulations, unsaturated polyester resin and replacement of basic raw materials. These passages describe different development activities and intended performance-and-cost improvements. They do not establish that every new formulation had replaced its predecessor or achieved a stated volume of sales by year-end.

Alongside E6 and E7 high-performance glass fiber, the report names Compofil as a high-performance composite-fiber material and part of the company's proprietary technology and brand portfolio. Management describes improved physical properties, corrosion resistance and energy or environmental characteristics compared with traditional E-glass. The annual report does not provide a Compofil formulation, fiber-resin composition, numerical specification, grade-level production volume, customer identity or separate revenue. It therefore supports recording the named technology and management's performance claim, while leaving its detailed specification and commercialization scale unresolved. Generic industry discussion of high strength, high modulus, low dielectric performance, heat resistance and insulation describes development directions; it does not demonstrate that every Jushi grade already delivered every listed property in 2015.

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.

The accounting policy identifies platinum and rhodium bushings as important assets used in the final drawing of glass fiber. Cleaning and reprocessing cause metal losses that are charged to product cost. They are recorded as precious-metal fixed assets but do not receive ordinary fixed-asset depreciation under the stated policy. The fixed-asset note reports a precious-metal carrying amount of CNY 5,695,894,373.80 and annual consumption of CNY 285,175,578.69. These are manufacturing assets and costs, rather than an investment portfolio. Ordinary fixed-asset depreciation of CNY 624,284,251.44 is separately stated. For construction in progress, the policy calls for transfer when assets are ready for intended use; accounting transfer alone does not establish sustained output at nameplate capacity. The important-project transfer table is a subset of the wider asset movement and must not be treated as a complete operational commissioning ledger.

Precious-metal production assets carrying value / 2015 / consolidated

RMB 5,695,894,373.8

Precious-metal production consumption / 2015 / consolidated

RMB 285,175,578.69

Ordinary fixed-asset depreciation / 2015 / consolidated

RMB 624,284,251.44

Management says glass-fiber product research was intended to provide new materials for megawatt-scale wind-turbine blades, high-pressure pipes for desalination and long-distance transport, offshore structures and hybrid vehicles. These uses explain why lighter, stronger and more durable materials were being pursued. They are stated research objectives, not disclosed orders, named customers or proof of qualification for every application. The report also describes developing another E7 formulation generation, researching E6S for wind-related needs and testing sizing, resin and raw-material changes. Those stages are distinct from complete replacement of existing products. The separate research account retains the expense and staffing measures and the original 77-versus-72 patent-authorization count difference. Neither spending nor patent counts alone establish successful commercialization or an independently verified competitive lead.