Chinaplas2024 | You have an exhibition invitation letter from Siiico Technology waiting to be checked!
Date:
2024-04-15
On April 23-26, 2024, the highly anticipated Chinaplas 2024 International Rubber and Plastics Exhibition will grandly open at the China International Convention and Exhibition Center (Shanghai Hongqiao). During this period, we will launch the UHMW-PE co extruded sheet stretching rheological extrusion unit and TY30 micro stretching rheological extrusion experimental instrument at Hall 6.1 A30, bringing a solution for the processing and molding of ultra-high molecular weight polyethylene (UHMW-PE) to the industry.
The launch of the UHMW-PE co extrusion sheet tensile rheological extrusion unit and TY30 micro tensile rheological extrusion experimental instrument is another innovation of the processing and molding technology of ultra-high molecular weight polyethylene (UHMWPE), an extreme rheological material, in the National Engineering Research Center of the New Polymer Forming Equipment of South China University of Technology. It is expected that the tensile rheological extrusion technology and equipment will expand more application fields of UHMWPE together with the upstream and downstream of the industry.
Exhibition Introduction
UHMW-PE co extruded sheet stretching rheological extrusion unit
The UHMW-PE co extruded sheet stretching rheological extrusion unit is based on two key technologies: stretching rheological extrusion technology and ultra-high molecular weight polyethylene sheet forming technology, achieving efficient extrusion processing of ultra-high molecular weight polyethylene. The thickness range is 0.05mm~3mm, and the speed can reach 10m/min.
Equipment characteristics
● Based on stretch rheological melt extrusion technology, the product has excellent performance, simple process, and low production energy consumption;
● It can be multi-layer composite according to product performance requirements and functional characteristics;
● Strengthening the rigid roller and machine base, suitable for rolling high melt strength sheets;
● The rolling roller adopts thermal oil circulation heating or electric heating, with uniform temperature;
● The rolling roller is driven by an independent motor, allowing for free switching between differential and constant speed modes;
● UI design based on ergonomics optimization, process parameter graphic display, one click customization of formulas, efficient and convenient human-computer interaction;
● Smart HMI control, production data storage and database, convenient for traceability, retrieval, and statistics;
● Based on the Windows system, it provides rich physical interfaces, open databases, and seamless integration with production management systems.
TY30 miniature tensile rheological extrusion experimental instrument
The TY30 micro stretching rheological extrusion experimental instrument is designed based on the principle of stretching rheological extrusion and is suitable for application scenarios such as synthetic resins, modified materials, formula adjustment, etc. It can achieve rapid experiments with only a small amount of material. The experimental equipment and spinning auxiliary machines form a melt spinning experimental platform, which realizes multiple process experiments such as material extrusion testing, online spinning, and offline spinning.
Equipment characteristics
● The extrusion experimental instrument provides two working modes, in the same and opposite directions, for different material systems, making it easy to switch between them;
● Fast switching between continuous/cyclic extrusion working modes, requiring only a few tens of grams of material to complete one experiment;
● Implement online and offline stretching process experiments on the same platform, with unlimited stretching times;
● Provide two process modes: fixed ratio drawing and fixed tension drawing, which can achieve processes such as super ratio drawing, negative ratio drawing, spinning annealing, etc;
● Adopting a high-speed bus motion control scheme, precise control, efficient collection and recording of multiple process parameters;
Multiple forming auxiliary machines can be used to form an experimental platform.
Exhibition
Booth rendering
Exhibition Time
April 23rd to April 26th, 2024
Booth location
China National Convention and Exhibition Center (Shanghai Hongqiao)
Booth No.
6.1A30
About Us
This technology has overturned the traditional "screw" development model of the polymer material industry, which has lasted for a century, and has epoch-making significance.
Since its establishment in 2015, our company has successfully promoted the widespread application of this technology in multiple fields such as plastics, rubber, and fibers, especially in the processing of ultra-high molecular weight polyethylene materials, demonstrating excellent performance.
With the breakthrough of our company's use of stretch rheological extrusion technology in ultra-high molecular weight polyethylene melt extrusion sheets and melt spinning, it will undoubtedly promote a technological upgrade in multiple industries such as photovoltaics, wind power, construction, bridges, industrial automation, footwear, marine, shipbuilding, and aquaculture.
During the exhibition, The UHMW-PE co extruded sheet stretching rheological extrusion unit and TY30 micro stretching rheological extrusion experimental instrument will be demonstrated on site every day. Starlink Technology looks forward to meeting and having in-depth exchanges with global clients at Chinaplas 2024. We sincerely welcome everyone to the Starlink Technology booth: Shanghai National Convention and Exhibition Center (Hongqiao), 6.1A30.
April 23, 2024
We can't see each other, we can't part ways
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Contact Us
Tel: 0757-86781168
Fax: 0757-86790168
Email: Sunny@siiico.com.cn
Address: Siiico Technology Center, Nanhai District, Foshan, Guangdong, China
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