Aorita

Aorita We mainly provide 3D printer technology services, 3D printer production, printer accessories, consumables and other 3D printing services.

10/01/2026

In the aviation industry, FEP film is used as a release film for demolding composite components. With its extremely low surface energy, FEP film effectively prevents prepregs (carbon fiber/resin) from adhering to molds or auxiliary materials during high-temperature and high-pressure curing processes. This enables clean and complete demolding, avoiding damage caused by components sticking to the molds. Its wide operating temperature range (approximately -180°C to +200°C) allows it to adapt to the extensive and demanding curing temperature profiles of aerospace composites (such as epoxy and bismaleimide resins). It remains stable during high-temperature curing without melting, deforming, or degrading in performance. Its high ductility and flexibility enable it to conform perfectly to complex curved surfaces of aircraft skins and irregularly shaped structural components without wrinkling. This meets the manufacturing requirements for complex aerodynamic profiles and irregular structural parts of aircraft or spacecraft, ensuring the release material can fully cover these components. Its excellent chemical resistance and flame retardancy prevent erosion by resin solvents, meeting the stringent safety and material stability requirements of aerospace manufacturing. During autoclave processing, FEP film is often used as a separation layer within vacuum bags. For components with appearance requirements, such as aircraft fuselages。

10/01/2026

In the industrial sector, PFA film combines excellent chemical inertness, high light transmittance, and outstanding thermal stability, addressing the performance shortcomings of traditional materials under harsh conditions such as strong corrosion, temperatures above 200°C, and abrasion. With a light transmittance of up to 95%, PFA film provides a highclarity visual window for corrosive environments. In industrial flue gas waste heat recovery applications, PFA film effectively tackles the dual challenges of lowtemperature acid condensation corrosion and flue gas particle abrasion faced by heat exchangers. By fundamentally isolating corrosive media from the metal substrate, it enables heat exchangers to operate safely below the acid dew point, significantly extending equipment lifespan, reducing initial investment and maintenance costs, and recovering more of the otherwise wasted "latent heat." In the context of visual observation windows, chemical equipment requires visibility into internal processes under corrosive conditions. Transparent PFA film solves the problem that traditional glass or common transparent materials cannot withstand strong corrosion, while corrosionresistant metals or opaque materials hinder observation. It thus serves as an ideal window material for sight glasses in containers, pipelines, and reaction vessels that handle corrosive media. PFA maintains stable light transmittance even at high temperatures of 260°C, making it suitable for applications requiring hightemperature transparent windows, such as hightemperature cleaning equipment and wafer processing tools.

10/01/2026

In the medical field, FEP film is widely used for medicinal bottle stopper films due to its high biocompatibility, chemical inertness, and excellent barrier and breathability properties. It enhances the barrier and sealing performance of pharmaceuticals, does not undergo any chemical reactions with drugs, and prevents the infiltration of rubber components into medications as well as the leaching of metal ions, thus avoiding drug contamination. Additionally, FEP film-based cell culture bags and gas collection bags provide a sterile, sealed, and ideal growth environment for cells, enabling standardized and large-scale production in cell therapy. In the diagnostic field, FEP film can become a stable-performance electret after corona charging treatment. It can retain charge on the inner cavity surface over the long term, serving as a highly sensitive flexible sensor to achieve precise extraction of weak physiological signals such as pulse waves. In the drug delivery field, FEP film, as a substrate, offers stable physical properties that allow drug-containing hydrogels or polymer layers to be precisely printed and firmly supported, enabling on-demand customized transdermal drug delivery. Moreover, electret films based on FEP substrates can alleviate pain, promote pinpoint bleeding, accelerate the migration of various cells to wound sites, facilitate tissue repair, and significantly shorten the healing time for wounds such as superficial second-degree burns and scalds. This provides an innovative approach to promoting tissue repair through physical therapy.

10/01/2026

FEP film is used as a heat-bonding film primarily because it combines its excellent thermal adhesive properties with extreme durability, addressing many high-demand sealing and bonding challenges that traditional adhesives cannot handle. In its molten state, the inherent adhesion of FEP material, achieved through heating and pressure, allows it to serve as an "intermediate layer" to firmly integrate with other materials, including even hard-to-bond fluoroplastics. In the molten state, FEP film can bond well with various materials such as PTFE and metals, and even achieve self-bonding of FEP. After heat-bonding, it does not age or fail in chemically corrosive environments and can resist corrosion from almost all strong acids, alkalis, and solvents, operating stably over a long-term range of -180°C to 200°C. It is not prone to decomposition at high temperatures or embrittlement at low temperatures. The integrated sealing formed through melting is less susceptible to thermal expansion and contraction, effectively preventing liquid or gas leakage. With high insulation properties, low dielectric constant, and low loss, it addresses various issues such as insufficient insulation performance of conductive adhesives or adhesives containing polar groups in high-frequency circuits.

25/12/2025

PFA film is an indispensable key material in semiconductor manufacturing. With its exceptional chemical stability and inertness, it can resist highly corrosive chemical solutions such as hydrofluoric acid, sulfuric acid, and phosphoric acid used in wet cleaning, etching, and other processes. It maintains a continuous operating temperature of up to 260°C, retaining excellent mechanical strength and dimensional stability under high temperatures. It is suitable for high-temperature process environments such as chemical v***r deposition (CVD), as well as the transportation and handling of high-temperature chemicals.
The ultra-high purity and extremely low metal ion release of PFA film, along with its non-contaminating nature, prevent nanometer-scale circuits from being polluted by impurities such as metal ions, ensuring the yield of advanced process chips below 28nm. The surface of PFA film is extremely smooth, non-adhesive, and has a low friction coefficient, combined with a certain degree of flexibility, which helps reduce particle adhesion and material loss while protecting wafer surfaces from scratches and contamination during transportation and cleaning.
PFA film exhibits an extremely low dielectric constant and dielectric loss, making it an excellent insulating material. It is used in the manufacturing and wrapping of highly sensitive electrical components to prevent signal interference and short circuits.

25/12/2025

Optical-Grade Functional Film, a Core Consumable for 3D Printing! On-Site Production and Delivery of PFA Film. The product is made from imported raw materials through melt extrusion and precision casting, with accurate thickness specifications and double-sided film coating. Every step is subject to strict quality control. It withstands high temperatures up to 260°C, boasts a light transmittance of over 95%, strong chemical inertness, and an ultra-low surface energy that ensures smoother release during printing and higher printing success rates. The double-sided film coating firmly protects the release surface, preventing scratches and contamination, thereby safeguarding the precision of optical 3D printing!

Aorita3d Low tempersture plate for bambu 3d printer
24/03/2025

Aorita3d Low tempersture plate for bambu 3d printer

08/03/2025

Aorita3d
FEP,NFEP, PFA and ACF release film for 3d printer

07/02/2025

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Bambu 3d Printer with aorita3d build plate, print pla filament under 25℃

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