Search

In our previous article, we discussed sculptures in scenic spots. This time, let's take a look at the influence of IP Sculptures in shopping malls on our lives. "Adults like to look down on everything, but children will look up. People will only look up and see the world from a different angle when faced with a huge object." From the giant suspended cat sculpture at Chengdu IFS, the "Embracing Sculpture" at Shenzhen Mixc World, to the KAWS Sculpture at Changsha IFS and the [Climb Up] sculpture at Shanghai Suhe Bay Mixc World, these giant art installations have quickly become citywide landmarks after their openings. 1、Chengdu Climbing Panda In 2014, to celebrate the grand opening of Chengdu IFS, the "I Am Here" climbing panda appeared on Chengdu Chunxi Road. Its unique climbing stance and adorable appearance won the love of the public. Designed by designer Laurence, who drew inspiration from the local giant pandas in Ya'an, Sichuan, the 15-meter-tall climbing panda is composed of nearly 4,000 triangular components. Designer Laurence Poses with the Climbing Panda The original plan was to transport the giant panda Sculpture back to the US in August that year. However, due to the overwhelming popularity of the sculpture among the citizens and visitors of Chengdu, it has remained at the IFS, becoming a renowned "landmark" of the city. Giant panda climbing the wall Over the years, this wall-climbing panda has become popular all over the country, and "under the panda's butt" has become the most understood "code" by the trendsetters in Chunxi Road. Panda wearing a jersey   2、Chongqing LOVE.FOUND On August 11, the Chongqing IFS theme festival was officially unveiled, and the art installation "LOVE.FOUND" was also exhibited. The exhibition selected Chongqing's camellia and the giant pandas in the Sichuan and Chongqing regions as elements. Within this set of art installations, the Camellia Tree is composed of a Steel Trunk and 100 red Fiberglass Camellia Flowers. Standing 6.5 meters tall and weighing approximately 16 tons, the Camellia Tree is located in the northeast green area of the outdoor garden on the 3rd floor of Chongqing IFS. The panda sculpture is 12 meters long and weighs nearly 7 tons. Its body is made of stainless steel with a mirrored finish, which can reflect the contours of the surrounding space and the vibrant changes in the external environment like a mirror. The urban environment is incorporated into the artwork, as the panda lazily "lies" on the rooftop of the Chongqing IFS mall, exuding a sense of contentment. 3、Shenzhen "Bubblecoat Elephant" Dutch conceptual artist Florentijn Hofman created the large Outdoor Art Installation "Bubblecoat Elephant" on display at Shenzhen Mixc World. The artist is also widely known as the creator of the giant rubber duck. This Elephant Sculpture is wearing a down jacket, measuring 12 meters long and 7.5 meters high. It is lying on top of the premium coffee shop See Saw and the Eslite Bookstore, with a 24-meter-long trunk hanging vertically from the rooftop. The elephant's trunk can spray water, which cascades into a pool on the plaza below. 4、COFCO Xiangyu Town Located in Shunyi District, Beijing, COFCO Xiangyu Town covers an area of 3.0 hectares. The design team's core concept was to create a "garden-style shopping experience center", developing a vibrant and playful outdoor commercial space. At the main entrance, the combination of water features, sculptures, and curved paving creates a striking contrast between the white, red, and purple colors, which are visually appealing. The commercial street is also dotted with colorful thematic sculptures. 5、Shanghai Suhe Bay Malljoy: UP WE GO! Ascending to New Horizons Suhe Bay Malljoy collaborated with All Rights Reserved to invite the renowned German artist Inges Idee to create the large-scale permanent Public Art Sculpture "UP WE GO! Ascending to New Horizons". The sculptures "Ascend!" and "Elephant Family Band" are presented in the East and West Central Courtyards of the project, bringing contemporary vitality to this traditional site. The artwork has become a popular social media check-in destination since the project's opening. The two large-scale permanent outdoor art installations stretch vertically across the commercial space, complementing the urban canyon with a captivating visual. In this art-infused atmosphere filled with stories and vitality, one can experience the city's ascent towards new power and strength, transcending the boundaries and constraints of the commercial domain. The artworks embody the notion of "coming from history, moving towards the future".   6、Changsha - IFS KAWS Sculptures The KAWS Sculptures in Changsha are public art installations designed by the renowned sculptor Claes Oldenburg. The sculptures sit atop the IFS building, overlooking the city center. Even if you've never been to Changsha, you've probably seen these KAWS sculptures on your friends' social media feeds.   For learning and exchange purposes only. Thank you for sharing. Respect intellectual property rights. If there are any copyright infringements, please notify the editor to remove the content. The next article will share some real estate IP sculptures with you, so stay tuned. We are a custom and wholesaler of sculpture artworks in metal, wood craft, resin, 3D printing and various materials. You can pay attention to our website: www.tiancaisculpture.com for more information.

FRP and GRP both refer to fiberglass, but what are the differences between them? Let me provide a detailed explanation. FRP is the abbreviation for (Fiber Reinforced Polymer) GRP is the abbreviation for (Glass Reinforced Plastic) FRP and GRP are two commonly used composite materials, playing an increasingly important role in industries such as manufacturing, construction, and transportation. Although they both belong to the fiber-reinforced composite material family, there are significant differences between them in terms of composition, manufacturing processes, performance characteristics, and application areas. The main differences between FRP and GRP are: In terms of material composition, the fundamental difference between FRP and GRP lies in the type of reinforcement fibers used. FRP utilizes high-performance carbon fibers or aramid fibers, while GRP employs the more affordable glass fibers. The difference in fiber materials is the key factor that determines the significant variations between these two composite materials in mechanical properties, chemical stability, weight, and other characteristics. As the primary reinforcement material for FRP, carbon fibers have a lower density but significantly higher strength and stiffness compared to glass fibers. This means that FRP, with the same dimensions and weight, exhibits superior tensile strength, flexural strength, and impact resistance. Additionally, carbon fibers possess excellent corrosion resistance and high-temperature tolerance, making them more suitable for applications in harsh environments. In contrast, while glass fibers used in GRP are more cost-effective, their mechanical performance is slightly inferior to that of carbon fibers. On the other hand, the selection of polymer matrix materials is also an important distinction between FRP and GRP. FRP typically employs thermosetting high-polymer materials such as epoxy resin or polyester resin as the matrix, while GRP more commonly uses unsaturated polyester resins or phenolic resins. These different matrix materials impart distinct characteristics to FRP and GRP, such as chemical resistance, insulation properties, and weatherability. In terms of manufacturing processes, there are also significant differences between FRP and GRP. FRP production typically involves labor-intensive techniques such as hand lay-up or vacuum infusion, which require higher technical skill and result in lower production efficiency. In contrast, GRP can be manufactured using simpler molding or filament winding processes, which are more efficient. These process differences also directly impact the cost levels of the two materials. Comprehensive Performance Differences Due to the differences in raw materials and manufacturing processes, FRP and GRP also exhibit distinct performance characteristics in various aspects: Mechanical Performance: Leveraging the high-strength and high-stiffness carbon fibers or aramid fibers as reinforcement, FRP outperforms GRP in terms of tensile strength, flexural strength, and impact resistance. This makes FRP more suitable for structural applications that require high strength and rigidity. Corrosion Resistance: Based on the unsaturated polyester or phenolic resin matrix, GRP exhibits excellent resistance to chemical corrosion, performing well in acidic, alkaline, and saline environments. This gives GRP an advantage in the manufacturing of chemical equipment such as pipes and storage tanks. In contrast, the corrosion resistance of FRP is relatively weaker. Weatherability: Due to the use of resin matrices with good resistance to UV radiation and weathering, GRP demonstrates superior aging resistance compared to FRP. This makes GRP more suitable for outdoor applications, such as building decorations and marine vessels, where exposure to the elements is a concern. Electrical Insulation: FRP, with the use of superior insulating epoxy resin as the matrix material, finds more widespread applications in the field of electrical insulation. In comparison, the insulation performance of GRP is slightly inferior to that of FRP. Weight: Due to the use of lightweight yet high-strength carbon fibers or aramid fibers, the overall density of FRP is much lower than that of GRP. This gives FRP an advantage in applications where weight reduction is critical, such as in the aerospace and transportation industries. Cost: Due to the differences in raw materials and manufacturing processes, the production cost of GRP is generally lower than that of FRP. This makes GRP more competitive in some cost-sensitive industrial and infrastructure applications. Differences in Application Areas Based on the aforementioned performance differences, FRP and GRP also exhibit distinct applications in practice: FRP is primarily used in high-end manufacturing sectors such as aerospace, automotive, and wind power, as well as in infrastructure construction where the structural components need to withstand heavy loads. Its excellent mechanical properties, corrosion resistance, and fatigue resistance make it highly sought after in these fields. GRP, on the other hand, is widely used in the chemical, marine, and construction industries. Its corrosion resistance, weatherability, and relatively low cost make it an important material in the manufacturing of pipes, storage tanks, and ships. In addition, GRP products are also extensively used in building decorations and wall panels. In some areas where a balance between material performance and cost is required, such as in sports equipment and furniture, both FRP and GRP may be adopted to varying degrees depending on the specific needs. In summary, although both FRP and GRP are fiber-reinforced composite materials, due to the differences in raw materials, manufacturing processes, and performance characteristics, they each exhibit their own advantages in practical applications. When selecting between these two materials, enterprises or engineers need to conduct a comprehensive comparative analysis based on the specific usage environment, loading requirements, cost budget, and other factors, in order to make the most optimal choice. Our factory primarily uses GRP composite materials to custom-design various IP Sculptures, Electroplated And Painted Animal And Plant Sculptures, Luminous Sculptures, and Mosaic Animal Sculptures. If you are interested in our products, please visit our website at https://www.tiancaisculpture.com/ to learn more. We also provide custom sizes and colors according to your specifications. Please contact us for pricing information at joey@tiancaisculpture.com TEL/WhatsApp/Skype: +86 15302624559 We welcome you to provide us with your design ideas and create the artistic beauty that belongs to you. Sculpture Supplier: Tiancai