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Blue Plexiglass Acrylic Sheet Large Thick Plastic Perspex Plate
Large blue Coloured Acrylic Sheet 2mm thin extruded polymethyl
methacrylate panels
1. How to drill acrylic sheet
Punching holes for acrylic panels is a very common process, but
many customers report that some acrylic panels will burst once the
holes are punched. So how did the explosion happen and what should
be done about it? The following is a brief summary of Infrared
Haiyue for your reference:
1. The acrylic panel will burst after drilling holes, which is
generally caused by improper operation. The thermal expansion
coefficient of acrylic panels is very large, generally nine times
that of metal. Therefore, when drilling holes in acrylic panels,
pay attention to certain To leave a gap for the expansion and
contraction of the acrylic panel, punch a larger hole; there is
also a case of bursting when the screw is tightened too tightly; in
addition, do not get too close to the edge when simply drilling the
hole.
2. Use an ordinary twist drill to grind it into a three-pointed
shape, and the middle point is slightly higher, so that the drill
can drill the plexiglass well. Or use a hand-crank drill. When
drilling, the force should be uniform, and the pores left under the
glass plate should be small to enhance the strength of the glass.
You can also put some sand on the glass to increase the friction.
3. The punching position cannot be scrubbed with alcohol, otherwise
it is easy to burst.
2. Parameter
PROPERTIES | VALUES | RULES |
Density | 1.19 g/cm3 | ISO 1183-1:2012 Method A |
Rockwell Hardness | 112L | ISO 2039-2:1999 |
Tensile Modulus | 3150MPa | EN ISO 527:2012 |
Tensile Strength | 80.0MPa | EN ISO 527:2012 |
Tensile Strain at Break | 3.2% | EN ISO 527-1:2012 |
Water Absorption | 0.20% | ISO 62:2008 Method 1 |
Total Luminous Transmittance | 93.4% | ISO 13468-1:1996 |
Vicat Softening Temperature | 105℃ | ISO 306:2013 Method B50 |
Light Ageing Test- UV Exposure | Grey scale: 5 | ISO 4892-3:2016 Cycle 1 |
Mean Coefficient of Linear Thermal Expansion | 72×10-6 K-1 | ISO 11359-1:2014 |
Compressive Stress at Yield | 129MPa | EN ISO 604:2003 |
Flexural Strength | 120MPa | ISO 178:2013 |
Compressive Yield Strength | 111MPa | ASTM D695-15 |
Compressive Modulus | 3450MPa | ASTM D695-15 |
Shear Strength | 59.7MPa | ASTM D732-17 |
Deflection Temperature under Load | 100.2℃ | ASTM D648-18 Method B |
Modulus Elasticity | 2810MPa | ASTM D695-15 |
3. The process of making acrylic sheet
Cutting: Use the cutting machine to continue cutting the acrylic
sheet. It is necessary to clarify the size of the acrylic product
and be able to cut the material correctly, so as to avoid the waste
of materials.
Statue: After the material cutting is realized, according to the
shape of the acrylic product, it is necessary to continue the
preliminary statue of the acrylic sheet, and the statue will be in
the opposite shape.
Trimming: After cutting or sculpting, the edge of the acrylic sheet
is relatively rough, so continue the acrylic trimming solution,
which should be used in a trimming machine.
Punching: A certain process is based on the needs of acrylic
products. Some acrylic products have small round holes. This step
requires a punching process.
Polishing: After cutting, statue and punching, the edges are rough
and easy to scratch the hand. Therefore, the polishing process is
adopted. Polishing is also divided into mound polishing, cloth
wheel polishing and fire polishing. It is necessary to choose the
opposite polishing according to the product. form.
4. Acrylic sheet Application
5. XH Company and Production Line
7. Package and shipping
7.1. One piece of acrylic sheet package: double-sided covered with kraft paper or PE film, the cover film does not have any LOGO of our company.
7.2. Tray package: the total weight of each pallet is about 2 tons, the bottom is wooden pallet or iron pallet, and the surrounding is packed with corrugated paper.
7.3. The packaging method of the whole container: 20-23 tons (about 3000 pieces) 20-foot container, 10-12 pallets.