Yogtic-05D Series “Field Wildflowers” Bio-based Fountain Pen/Ballpoint Pen —— The world's first high-performance bio-based fountain pen/ballpoint pen “Field Wildflowers,” jointly developed by SYNLIFE and HERO Group. The entire pen body is crafted from Yogtic-05D bio-based material, with over 90% bio-based content throughout. Yogtic-05D is a high-performance bio-based material developed by SYNLIFE, featuring high bio-based content, superior physical properties, and exceptional transparency.
As SYNLIFE's inaugural commercialized cultural and creative product, the Wildflowers pen underwent three rounds of evaluation at the Shanghai Souvenir Event on September 24th, ultimately securing the prestigious “Shanghai Souvenir” designation.
In September 2025, the 25th China International Industry Fair (CIIF) was grandly held in Shanghai. As one of the representative enterprises in the New Materials Exhibition Area, Shanghai SYNLIFE Technology Co., Ltd. showcased multiple bio-based materials and products at the event. The company was honored with the “CIIF Bio-Manufacturing Special Award” for its innovative biomaterial—the bio-based resin Yogtic-05C.
This honor not only reflects the high recognition of SYNLIFE's technological capabilities and product value by the expo organizers and expert judges, but also injects strong confidence into the team's ongoing innovation in the field of green bio-manufacturing materials.
National Exhibition and Convention Center (Shanghai) Hall 7.2H
Sep. 23-27, 2025
Booth No. 7.2H B019
Sipeng Technology's appearance at the New Materials Industry Exhibition Zone (NMIS) of the China International Industry Fair represents a systematic showcase of its innovative capabilities in the field of biomaterials. As a high-tech enterprise dedicated to the research and development of bio-based materials, the company highlighted its proprietary novel biopolymers and green synthesis processes, demonstrating breakthroughs in molecular structure design and application performance regulation of biomaterials.
Yogtic-07A Series Bio-Based Fully Degradable Food Wrap— Certified by the U.S. FDA for food contact safety and TUV for compostable degradation, featuring superior moisture permeability and oxygen barrier properties to significantly extend the shelf life of fresh produce.
Yogtic-05D Series “Field Wildflowers” Bio-based Fountain Pen/Ballpoint Pen —— The world's first high-performance bio-based fountain pen/ballpoint pen “Field Wildflowers,” jointly developed by SYNLIFE and HERO Group. The entire pen body is crafted from Yogtic-05D bio-based material, with over 90% bio-based content throughout. Yogtic-05D is a high-performance bio-based material developed by SYNLIFE, featuring high bio-based content, superior physical properties, and exceptional transparency.
As SYNLIFE's inaugural commercialized cultural and creative product, the Wildflowers pen underwent three rounds of evaluation at the Shanghai Souvenir Event on September 24th, ultimately securing the prestigious “Shanghai Souvenir” designation.
Yogtic Bio-Based Fashion — In the summer of 2025, this T-shirt custom-designed by Sipeng Technology for Shanghai Jiao Tong University went on sale at the university's souvenir shop. Made entirely from PLA fiber, its polyester fabric is skin-friendly, antibacterial, cool to the touch, and quick-drying. The design features five iconic symbols of Jiao Tong University, accompanied by a poem that pays tribute to the relentless dedication of Jiao Tong scholars working day and night on research breakthroughs, while evoking warm memories of alma mater for its students.
Yogtic-05C Series Cosmetic Packaging Materials — A mature cosmetic packaging solution that combines transparency, mechanical strength, texture, processability, and sustainability. Replacing petrochemical plastics with bio-based alternatives, it balances tactile appeal with eco-friendly properties. Suitable for daily chemical, skincare, and color cosmetics packaging, it meets both functional and aesthetic demands while advancing the sustainability of cosmetic packaging.
YOGTIC Plant Fiber Injection Resin Series and 05D, 15D Injection Compounds—This series incorporates natural elements such as green tea fibers, pomegranate seeds, coffee grounds, and camellia flowers into YOGTIC injection resins, creating sheet or compound materials with distinctive textures. The 05D and 15D injection molding pellets are suitable for mold injection, offering high strength and toughness alongside premium tactile properties. They demonstrate the new potential of agricultural byproducts in material applications, providing sustainable solutions for consumer goods, packaging, and industrial products.
Leveraging its proprietary synthetic biology and material design platform, Sipeng Technology is committed to advancing the green biomanufacturing transformation of polymer materials. The bio-based resin Yogtic-05C showcased at this exhibition utilizes renewable biomass as raw material. While maintaining mechanical and heat resistance properties equivalent to traditional petroleum-based products, it achieves significant reductions in carbon emissions. This material has been successfully applied in cosmetic packaging, apparel, stationery, and other fields, providing downstream customers with new material solutions that combine high performance and environmental benefits.
From an industry development perspective, Sipeng Technology's participation reflects the diversification of innovation drivers within China's bio-based materials sector. Its showcased achievements—including novel biodegradable materials and biocompatible materials—demonstrate the company's technological contributions to advancing green material transformation and supporting sustainable development. This deeply integrated industry-academia-research-application exhibition model offers valuable insights for synergizing technological innovation with industrialization in new materials.
During the exhibition, the Sipeng Technology booth attracted domestic and international visitors, experts, and partners, drawing a steady stream of attendees and fostering lively discussions.
Visitors gained firsthand insights into the functionality and applications of bio-based materials through close-up experiences and interactive demonstrations. From writing instruments to food packaging, and from apparel to injection molding materials, attendees fully appreciated the innovation and versatility of Sipeng Technology's products. The exhibition not only showcased the company's capabilities but also provided Sipeng Technology with direct communication opportunities with industry peers and potential partners, laying a solid foundation for future collaborations and technology promotion.
On September 24 and 25, the 2025 Bio-Manufacturing Innovation Forum, hosted by the Shanghai Synthetic Biology Industry Association, was held concurrently. Centered on the theme “Intelligent Bio-Manufacturing Empowering Future Industries,” this year's forum explored three key areas: industrial frontiers, technological empowerment, and application implementation, comprehensively showcasing the latest achievements in the integrated development of AI and bio-manufacturing. Sipeng Technology was invited to participate in the forum activities.
Zhang Chengjin, Deputy Inspector of the Shanghai Municipal Commission of Economy and Informatization, pointed out that cutting-edge technologies such as synthetic biology are reshaping industrial landscapes. Shanghai will continue to drive the high-quality development of bio-manufacturing.
In his address at the forum, Dong Shupei, President of the Shanghai Synthetic Biology Industry Association, elaborated on the strategic significance of biomanufacturing as a new form of productive forces. He outlined the prospects for intelligent technologies to empower industrial innovation and called upon all sectors to jointly advance biomanufacturing as a driving force for future industrial development.
Over two days and three forums, the packed agenda featured award announcements, white paper releases, expert reports, and roundtable discussions, comprehensively showcasing the latest achievements in the convergence of AI and biomanufacturing. With the synergistic advancement of policy, capital, and technology, China's biomanufacturing sector is accelerating its transition from “trial-and-error R&D” to “rational design,” poised to occupy a more significant position in global technological competition.
