Acrylic Extruded Tube VS. Cast Tube
Q: Acrylic Cast Tube
At present, SMEACRYLIC extruded acrylic tube, which can produce a maximum outer diameter of 250mm, but if you need a larger size, you can consider Cast Tube, the outer diameter can reach 600mm, Thickness 10mm, The length is 1.0~1.2M. The manufacturing process is based on liquid MMA raw material, poured into the tube mold, and formed by the centrifugal principle. The dimensional tolerance is large, the process is long, and one piece can be produced. It is suitable for small-scale production. Better, because the molecular weight is high, it can withstand temperature of about 90 degrees, but there will be fine cloth wheel throw marks on the surface.
Q: Comparison table of Extruded Tube and Cast Tubes
At present, SMEACRYLIC extruded acrylic tube, which can produce a maximum outer diameter of 250mm, but if you need a larger size, you can consider Cast Tube, the outer diameter can reach 600mm, Thickness 10mm, The length is 1.0~1.2M. The manufacturing process is based on liquid MMA raw material, poured into the tube mold, and formed by the centrifugal principle. The dimensional tolerance is large, the process is long, and one piece can be produced. It is suitable for small-scale production. Better, because the molecular weight is high, it can withstand temperature of about 90 degrees, but there will be fine cloth wheel throw marks on the surface.
Q: Comparison table of Extruded Tube and Cast Tubes
| Acrylic Cast Tube | Acrylic Extruded Tube | |
| Manufacturing Operation |
Using liquid MMA raw material, pour it into the tube mold, It is formed by centrifugal principle and has large dimensional tolerance. The production process is long, and one can also be produced, which is suitable for small-scale production. There will be slight cloth wheel throw marks on the surface. |
Extruded from granular PMMA, with small dimensional tolerance, Fast production speed, suitable for mass production, It is normal to have small mold marks on the surface. |
| Tolerance | Large | Small |
| Molecular Weight | High (one million) | Low (a hundred thousand) |
| Physical properties | Good (The molecular weight is high, and the temperature resistance is about 90 degrees) | Not Good (the temperature resistance is about 80°) |
| laser cutting | OK | OK |
| Polishing (cloth wheel) | Good (Higher temperature resistance) | Not very Good |
| Drilled (thick) | Good (Good physical properties, high molecular weight) | Need to drill slowly to avoid overheating (more likely to melt) |
| Production restrictions | 1 pcs can also be produced | Production base quantity required |
Related Applications
Aquatic Applications
Acrylic is a common material for aquariums, especially its transparent nature, which provides better visual effects and makes it easier to view aquatic creatures and conditions. Acrylic’s light transmittance and weight are better than glass, so it is often used as glass replacement of.
Floral Application
Acrylic vases are transparent and modern, making them suitable for a variety of indoor and outdoor decorations. Their clear material allows the flowers to become the visual focus while adding a modern and stylish feel to indoor spaces.
Pet Cage Application
The transparency of the acrylic tube makes the pet box a visual environment, allowing the pet to observe the surrounding scene, while allowing the owner to clearly see the pet's activities and status.
Lobby Lighting Application
Hanging a large chandelier from the top of the hall can create an elegant atmosphere and provide the main lighting for the entire space. The design of the chandelier can be selected according to the style of the hall. The lighting that creates the atmosphere is very important, because the hall is usually a building The entrance is also a place for receiving guests and communicating.
Kaleidoscope Application
Take the kaleidoscope, for example, which often provides children and adults with a wonderful visual experience, allowing people to enjoy the changes in colors and patterns. In addition, it can also demonstrate the characteristics of light and teach students about the principles of light refraction and reflection.
