| Characteristic | Machine-made Panels | Handmade Panels |
|---|---|---|
| Panel Shapes | Relatively limited shapes | Available in 8–9 different shapes to meet the requirements of various projects |
| Core Material | Standard/Limited variety (typically foam, rock wool, fiberglass) | Variety of core materials (e.g., glass-magnesium rock wool, paper honeycomb, glass-magnesium grid) |
| Appearance | Less refined | More refined appearance |
| Strength | Lower strength | Higher strength (utilize internal galvanized steel keels) |
| Price | More affordable (due to automated production) | Relatively more expensive (greater complexity, slower production speeds, higher overall costs) |
From the comparison between machine-made and handmade purification panels, it is evident that handmade panels come at a higher cost. However, the actual pricing depends on factors such as the core material, surface panel, and specifications.
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,Adhesion Quality: Handmade panels excel in adhesion quality. The manual application of adhesives is more precise compared to machine-applied methods, ensuring even distribution and stronger bonding in handmade panels. To guarantee superior adhesion, top-tier adhesive brands are often used in the production of handmade panels.
,Customizable Shapes: Machine-made purification panels are typically standardized due to the use of conventional molds. In contrast, handmade purification panels offer extensive customization options. They can be tailored to meet specific customer requirements, including non-standard dimensions, thicknesses, widths, and shapes, thereby fulfilling diverse project needs.
,Superior Core Materials: Handmade purification panels commonly use core materials such as glass-magnesium rock wool panels, paper honeycomb panels, and glass-magnesium grid panels. These materials exhibit significantly better fire resistance and higher fire rating limits compared to the foam panels, rock wool panels, and fiberglass panels typically used in machine-made production. Projects that prioritize fire safety often opt for handmade panels.
,Enhanced Surface Panels: Beyond the factors mentioned above, customers choosing handmade purification panels often prioritize features such as self-cleaning, dust resistance, and anti-static properties. Handmade panels are commonly used in environments with stringent requirements, such as food processing facilities, pharmaceutical workshops, and electronics manufacturing cleanrooms. To meet these demands, handmade panels often employ specialized surface materials that align with the environmental standards of such applications.
Given their advantages, handmade purification panels are increasingly being selected for various projects. However, it is essential to ensure that the handmade panels purchased have passed national fire safety tests and possess the relevant fire performance certifications. Additionally, buyers should carefully inspect the surface flatness of the panels to confirm compliance with national standards before finalizing any purchase.
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| Characteristic | Machine-made Panels | Handmade Panels |
|---|---|---|
| Panel Shapes | Relatively limited shapes | Available in 8–9 different shapes to meet the requirements of various projects |
| Core Material | Standard/Limited variety (typically foam, rock wool, fiberglass) | Variety of core materials (e.g., glass-magnesium rock wool, paper honeycomb, glass-magnesium grid) |
| Appearance | Less refined | More refined appearance |
| Strength | Lower strength | Higher strength (utilize internal galvanized steel keels) |
| Price | More affordable (due to automated production) | Relatively more expensive (greater complexity, slower production speeds, higher overall costs) |
From the comparison between machine-made and handmade purification panels, it is evident that handmade panels come at a higher cost. However, the actual pricing depends on factors such as the core material, surface panel, and specifications.
![]()
,Adhesion Quality: Handmade panels excel in adhesion quality. The manual application of adhesives is more precise compared to machine-applied methods, ensuring even distribution and stronger bonding in handmade panels. To guarantee superior adhesion, top-tier adhesive brands are often used in the production of handmade panels.
,Customizable Shapes: Machine-made purification panels are typically standardized due to the use of conventional molds. In contrast, handmade purification panels offer extensive customization options. They can be tailored to meet specific customer requirements, including non-standard dimensions, thicknesses, widths, and shapes, thereby fulfilling diverse project needs.
,Superior Core Materials: Handmade purification panels commonly use core materials such as glass-magnesium rock wool panels, paper honeycomb panels, and glass-magnesium grid panels. These materials exhibit significantly better fire resistance and higher fire rating limits compared to the foam panels, rock wool panels, and fiberglass panels typically used in machine-made production. Projects that prioritize fire safety often opt for handmade panels.
,Enhanced Surface Panels: Beyond the factors mentioned above, customers choosing handmade purification panels often prioritize features such as self-cleaning, dust resistance, and anti-static properties. Handmade panels are commonly used in environments with stringent requirements, such as food processing facilities, pharmaceutical workshops, and electronics manufacturing cleanrooms. To meet these demands, handmade panels often employ specialized surface materials that align with the environmental standards of such applications.
Given their advantages, handmade purification panels are increasingly being selected for various projects. However, it is essential to ensure that the handmade panels purchased have passed national fire safety tests and possess the relevant fire performance certifications. Additionally, buyers should carefully inspect the surface flatness of the panels to confirm compliance with national standards before finalizing any purchase.
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