Sponges

When sanding with foam abrasives, the focus is not only on removing as much material as possible. It is vital to achieve an absolutely smooth and even result when preparing surfaces for subsequent painting or varnishing. If the goal is to achieve a perfect workpiece surface finish with low scratch depth, applying pressure in two dimensions when sanding (such as using conventional sandpaper) is not enough, for example when using paper-backed abrasives. Instead, pressure needs to be applied in three dimensions. Force can be applied in three dimensions by using the foam as the carrier material in connection with a flexible binder resin. This allows the grit to dissipate the contact pressure along a Z-axis. Advantage: the abrasive grit does not cut into the material as deeply and breaks off less. As such, less material is removed and no sanding through of the material occurs at the edges. Instead, we achieve a homogeneous surface
 

Maximum conformability

Due to their conformability, foam abrasives are the ideal choice for areas that are difficult to access and have profiled surfaces. Hard-to-reach areas, such as door handle depressions, bumpers and radiator grilles, are ideal fields of application for the siasponge. Unlike conventional sandpaper, foam abrasives can be folded without creating permanent creases, which allows a consistent sanding pattern due to improved grain consistency without swirl marks. 

Your advantage
• Perfect conformability to workpiece, even in hard-to-reach areas
• No surface damage due to creasing

When sanding with foam abrasives, the focus is not only on removing as much material as possible. It is vital to achieve an absolutely smooth and even result when preparing surfaces for subsequent painting or varnishing. If the goal is to achieve a perfect workpiece surface finish with low scratch depth, applying pressure in two dimensions when sanding (such as using conventional sandpaper) is not enough, for example when using paper-backed abrasives. Instead, pressure needs to be applied in three dimensions. Force can be applied in three dimensions by using the foam as the carrier material in connection with a flexible binder resin. This allows the grit to dissipate the contact pressure along a Z-axis. Advantage: the abrasive grit does not cut into the material as deeply and breaks off less. As such, less material is removed and no sanding through of the material occurs at the edges. Instead, we achieve a homogeneous surface
 

Maximum conformability

Due to their conformability, foam abrasives are the ideal choice for areas that are difficult to access and have profiled surfaces. Hard-to-reach areas, such as door handle depressions, bumpers and radiator grilles, are ideal fields of application for the siasponge. Unlike conventional sandpaper, foam abrasives can be folded without creating permanent creases, which allows a consistent sanding pattern due to improved grain consistency without swirl marks. 

Your advantage
• Perfect conformability to workpiece, even in hard-to-reach areas
• No surface damage due to creasing

When sanding with foam abrasives, the focus is not only on removing as much material as possible. It is vital to achieve an absolutely smooth and even result when preparing surfaces for subsequent painting or varnishing. If the goal is to achieve a perfect workpiece surface finish with low scratch depth, applying pressure in two dimensions when sanding (such as using conventional sandpaper) is not enough, for example when using paper-backed abrasives. Instead, pressure needs to be applied in three dimensions. Force can be applied in three dimensions by using the foam as the carrier material in connection with a flexible binder resin. This allows the grit to dissipate the contact pressure along a Z-axis. Advantage: the abrasive grit does not cut into the material as deeply and breaks off less. As such, less material is removed and no sanding through of the material occurs at the edges. Instead, we achieve a homogeneous surface
 

Maximum conformability

Due to their conformability, foam abrasives are the ideal choice for areas that are difficult to access and have profiled surfaces. Hard-to-reach areas, such as door handle depressions, bumpers and radiator grilles, are ideal fields of application for the siasponge. Unlike conventional sandpaper, foam abrasives can be folded without creating permanent creases, which allows a consistent sanding pattern due to improved grain consistency without swirl marks. 

Your advantage
• Perfect conformability to workpiece, even in hard-to-reach areas
• No surface damage due to creasing

When sanding with foam abrasives, the focus is not only on removing as much material as possible. It is vital to achieve an absolutely smooth and even result when preparing surfaces for subsequent painting or varnishing. If the goal is to achieve a perfect workpiece surface finish with low scratch depth, applying pressure in two dimensions when sanding (such as using conventional sandpaper) is not enough, for example when using paper-backed abrasives. Instead, pressure needs to be applied in three dimensions. Force can be applied in three dimensions by using the foam as the carrier material in connection with a flexible binder resin. This allows the grit to dissipate the contact pressure along a Z-axis. Advantage: the abrasive grit does not cut into the material as deeply and breaks off less. As such, less material is removed and no sanding through of the material occurs at the edges. Instead, we achieve a homogeneous surface

Maximum conformability

Due to their conformability, foam abrasives are the ideal choice for areas that are difficult to access and have profiled surfaces. Hard-to-reach areas, such as door handle depressions, bumpers and radiator grilles, are ideal fields of application for the siasponge. Unlike conventional sandpaper, foam abrasives can be folded without creating permanent creases, which allows a consistent sanding pattern due to improved grain consistency without swirl marks. 

Your advantage
• Perfect conformability to workpiece, even in hard-to-reach areas
• No surface damage due to creasing

There are many different types of sandpaper for wood in the market, among which AP33M is the best type of sandpaper for wood. The AP33M abrasive sandpaper has hard silicon carbide abrasive, which reaches sharp cut and excellent finishing.  
Advantages of the Best Type Of Sandpaper for Wood
With a strong A-weight latex/paper backing, this type of sandpaper for wood can resist tearing while staying conformable and flexible. Non-loading stearate resists clogging and increases cut life. It has high sanding efficiency and shinning surface performance.
It is suitable for high-quality sanding and polishing including paint surface, curved surface, etc. It is mainly used in industries of paint, musical instrument, audio, cupboard, electronics industries, etc. Other applications include general sanding, finishing, blending, surface leveling, and prep prior to staining or painting. AP33M contains the ideal abrasive grain type and grades for multi-step finishing processes.

Nhám Mút 2 mặt S66
- Công nghệ rải hạt cát trên nền mút rất hiện đại, giúp hạn chế bám mạt tối đa khi chà nhám, bụi được thoát trực tiếp ra các rãnh nhám
- Nâng niu từng đường cong, từng góc cạnh, từng mặt phẳng sản phẩm của Bạn
Ưu Điểm của nhám S66:
- Không còn rủi ro hư hại vật liệu cần chà nhờ lớp lót bằng mút giúp dàn trải đều lực chà lên mặt tiếp xúc
- Độ thích ứng cao khi chà nhám các vật liệu hình ô van, cong, tròn, bề mặt lồi lõm, bề mặt phẳng ....
- Ít bị đóng bụi lên bề mặt sản phẩm do cát được rải bằng công nghệ hiện đại có rãnh thoát bụi
- Có thể tái sử dụng, rửa với nước, sản phẩm có tuổi thọ cao
- Hiệu suất cao duy trì trong suốt quá trình chà nhám
- Phân biệt dễ dàng các độ hạt khác nhau qua màu sắc
- Có thể chà ướt hoặc khô
 Ứng Dụng:
- Dành cho công đoạn chà nhám cho kim loại, gỗ, nồi, chảo và nhựa
- Chà nhám cho các vật liệu mà không làm thay đổi hình dạng của nó