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5005 H16 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.
3106 H18 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.
3105 H24 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.
3005 H36 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.
3004 H22 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.
3003 H12 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.
2024 T4 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.
2A16 T4 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.
2A12 T6 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.
1100 H111 Punch aluminum plate
1100 H111 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.
1070 H16 Punch aluminum plate Punched aluminum plate/Perforated Aluminum plate is made by combining a large number of process steps with computer numerical control (CNC) to punch holes with different spacing on the metal plate, ranging in diameter from less than 1mm to about 500mm. The specification stipulates that the diameter of the hole cannot be smaller than the thickness of the plate. The holes can be arranged in a straight line or in a staggered manner; The cross-sectional shape of a hole can be circular, square, narrow strip, or other irregular forms.