Laser cutting from pp (polypropylene)
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In print runs as low as €0.05 per part!
| Material information | |
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Available colors |
black, white
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Available thicknesses |
1.2 mm, 0.8 mm, 1.0 mm, 0.5 mm, 0.33 mm
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Datasheet |
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| Technical specs | |
Density (Kg/m³) The specific weight per volume in kg / m³
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Heat Deflection Temperature (°C) Heat Deflection Temperature indicates the temperature up to which a material remains rigid under load.
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E-modulus (MPa) The modulus of elasticity or stiffness of the material. This indicates how much the material deforms under a given stress.
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Moisture absorption(%) The degree to which a material absorbs moisture from the environment. A material that has absorbed moisture expands.
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Tensile strength (MPa) The tensile strength is the maximum stress the material reaches just before it fails (permanently deformed). In practice, a material is used well below this limit.
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Elongation to fracture (%) |
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Impact strength (Charpy) Impact strength indicates how well the material can absorb shocks and blows. In the test, the material is held at two ends and struck in the middle with a special impact hammer.
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Hardness (Shore °D) Hardness of the surface measured on a scale of Shore. For comparison, at shore D, a car tire is 15, a skateboard wheel is 50 and a construction helmet is 80.
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Coefficient of friction The coefficient of friction indicates how much resistance a material provides to friction. Simply put; the lower this number the better the material glides.
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Heat capacity (Kj/Kg°C) Indicates how much heat energy is required for the material to heat up. Or viewed another way, how much heat can the material store?
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Breakdown voltage (kV/mm) The breakdown voltage is important when the material is used as an insulator and indicates the voltage at which the material ceases to insulate and begins to conduct.
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Coefficient of thermal conductivity (W/mK) |
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Coefficient of thermal expansion (mm/m°C) |
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Maximum operating temp. short-term (°C) |
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| Chosen variant | |
Material number |
MS0247
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Thickness |
1.2 mm
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Color |
black
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Panel weight (kg/m²) |
1104 g
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Description
Properties
The slightly textured surface has a pleasant feel and is scratch resistant. It folds well and does not break on a fold edge.
Applications
Polypropylene is used in consumer products such as file folders, (folding) boxes and lamps, but also has technical properties for in protective covers and other parts that need to be flexible and robust.
See PP (Polypropylene) in real life, order a sample
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| Name | Thickness | Color | Max. size |
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Benefits of laser cutting PP (Polypropylene)
By laser cutting PP (Polypropylene), you can create complex designs with little effort and high quality. This is possible at every production stage; research, prototyping, (on-demand) production or batch production. Laser cutting offers a range of benefits for processing PP (Polypropylene), including precision, speed, low costs and no minimum order.
How does laser cutting work?
Order laser cutting and engraving online. Create an account and upload your design. Prices are calculated instantly, and you can download quotes yourself.
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- DXF, DWG, STEP, SVG, AI, PDF files
- Blue line = cut
- Red line = line engraving
- Magenta line = fill engraving
- Express (order before 12:00, delivered tomorrow)
- Fast (2 working days
- Standard (4 working days)
- Economy (13 working days)
Upload your design, choose a material and delivery time, and we'll make it for you.
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How much does PP (Polypropylene) laser cutting cost?
The price for laser cutting your design is automatically calculated in the shopping cart. Upload your design, choose a material and delivery time, and see the price instantly.
1 medium design ≈ €24.99*
1 full sheet ≈ €65.43*
1000 small parts ≈ €0.05/per piece*
*These are indicative prices incl. VAT to give you an idea. As soon as you upload a design, you will see the exact price.
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- Create your design using our drawing guidelines
- Upload it at account.snijlab.co.uk
- Receive your parts on the delivery date of your choice
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