China frp fiberglass panels Manufacturer, Supplier, Factory

The FRP cooling tower at the Shanghai Laogang Renewable Energy Utilization Center Phase II Project, designed by SPX Company, incorporates SPARE company's FRP materials for enhanced performance. With a mechanical ventilation mist elimination design, it efficiently handles 4000m3/h of cooling water per tower, totaling 40000m3/h. The tower group, arranged in a single line on the southwest side, consists of two sets of five towers each, with a shared circulating water pump room nearby. Each tower, utilizing SPARE's pultruded FRP frame structure, stands at 21.2 meters tall and 21.1 meters wide, offering both strength and lightweight characteristics, with over 400 tons of FRP pultruded profiles used in total.

Custom fiberglass pultrusion is an advanced manufacturing technique that plays a pivotal role in producing high-quality fiberglass-reinforced polymer (FRP) profiles tailored to specific application needs. This process involves pulling continuous glass fibers through a resin bath, typically composed of polyester, vinylester, or epoxy resin, ensuring complete impregnation for optimal strength and durability.

In an era where efficiency and durability are paramount, I-beams have emerged as the cornerstone of various structural applications, particularly in refrigerated truck trailers, columns, horizontal supports, and bridge girders. Companies across the transportation and construction industries are increasingly adopting I-beams for their unmatched strength and versatility, setting new standards in infrastructure design and logistics.

2025 On 20 August, Nanjing Spare New Materials Co., Ltd. held a joint meeting between the Technology Department and the Sales Department, focusing on the daily work issues, aiming at enhancing customer service effectiveness through strengthening the synergy.

With the accelerated development of the new energy vehicle industry, power battery safety and light-weighting have become core R&D directions for the sector. Recently, FRP (fibre-reinforced composite materials) has achieved large-scale application in electric vehicle battery pack side panels due to its multi-dimensional performance advantages. This provides critical support for power battery system safety protection and overall vehicle energy efficiency enhancement, attracting widespread industry attention.

In modern engineering and manufacturing, material selection has a direct impact on safety, durability, and long-term performance. For decades, steel has dominated construction, transportation, energy and industrial applications thanks to its high strength and well-established processing methods. But as project requirements evolve and environments become more demanding, FRP (Fiber Reinforced Polymer) has emerged as a strong contender. With its unique combination of properties, FRP is finding its way into more and more projects. This article provides a clear, reader-friendly comparison of FRP and steel, highlighting why FRP is becoming the preferred choice for many applications.