About Enrico

News and Information

A high-tech company specializing in the production, manufacturing, and R&D of ionically charged interlayer films.

The surge in demand for solar‑glass roofs in the new‑energy vehicle sector has boosted SGP requirements, with automotive SGP usage projected to jump 46.7% year over year by 2026.

The surge in demand for solar‑glass roofs in the new‑energy vehicle sector has boosted SGP requirements, with automotive SGP usage projected to jump 46.7% year over year by 2026.

The penetration rate of panoramic sunroofs in new-energy vehicles continues to rise, making it the fastest-growing segment for SGP interlayer film. According to industry research, by 2026, domestic demand for SGP‑laminated glass used in automotive sunroofs is expected to exceed 110 million square meters, up 46.7% year over year. High‑end models such as Xiaomi’s SU7 Ultra, Zeekr 009, and Tesla’s Cybertruck are now standard‑equipped with SGP‑laminated sunroof glass, driving large‑scale validation of high‑optical‑grade, IR‑blocking composite SGP products. Leading glass manufacturers like Fuyao and Xinyi are steadily increasing their procurement of domestically produced SGP, gradually replacing costly imported materials. Meanwhile, modified SGP variants featuring heat‑insulating and low‑emissivity properties have entered pre‑installation testing with GAC Aion, with small‑batch deliveries projected to reach 2.8 million square meters this year. On the architectural side, demand is also strengthening: new versions of high‑rise building codes have been implemented across many regions, mandating the use of structural SGP laminated glass for ultra‑high‑rise curtain walls, skylights at high‑speed rail stations, and blast‑resistant glazing in coastal typhoon‑prone areas. By 2026, the overall domestic SGP market is forecast to reach RMB 5.98 billion, with the construction sector accounting for more than 62% of total usage.

2026-06-01

The surge in demand for solar‑glass roofs in the new‑energy vehicle sector has boosted SGP requirements, with automotive SGP usage projected to jump 46.7% year over year by 2026.

With the acceleration of technological iteration, three major new products—ultra-thin, shielded, and bio-based SGP—have entered the industrialization phase.

With the acceleration of technological iteration, three major new products—ultra-thin, shielded, and bio-based SGP—have entered the industrialization phase.

Domestic R&D in SGP materials has entered a new phase of refinement and functionalization, with three innovative products now being rolled out. First, an ultra-thin 0.38 mm optical SGP has achieved stable mass production, breaking the overseas monopoly on such thin‑specification products; it is primarily used in front windshields for autonomous driving and smart dimming glass, with haze levels below 0.5% to meet the stringent optical precision requirements of automotive applications. Second, an integrated electromagnetic shielding and fire‑resistant SGP has been commercialized, combining E60‑class fire resistance with electromagnetic shielding performance; it is already being deployed in large volumes for government‑classified buildings and military‑grade security glass projects. Third, a bio‑based, environmentally friendly SGP has entered the pilot‑scale stage; leading material companies are leveraging renewable monomers to modify ion‑based formulations, and a recyclable SGP variant is expected to begin small‑batch production by 2027, aligning with the industry’s broader carbon‑neutral development trend. Meanwhile, industry testing standards have been upgraded, with the implementation of an AI‑driven, all‑dimensional weathering and peel‑strength verification system that addresses at the source the risks of long‑term delamination and aging in SGP laminated glass, thereby driving a comprehensive upgrade in product quality across the sector.

2022-01-10

With the acceleration of technological iteration, three major new products—ultra-thin, shielded, and bio-based SGP—have entered the industrialization phase.

Technological innovation is the key to core competitiveness.

Technological innovation is the key to core competitiveness.

The Group believes that, in the information age of economic globalization, digitalization has become an indispensable pathway for SMEs to enhance their competitiveness, while e‑commerce will serve as a critical enabler for achieving this digital transformation. Accordingly, the Group will remain committed to advancing the e‑commerce and digitalization initiatives of Chinese SMEs, continuously innovating and introducing more and better services, fostering smart, digitally‑savvy Chinese enterprises, and empowering visionary entrepreneurs.

2026-06-02

Technological innovation is the key to core competitiveness.

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