Other
PET Felt is a sustainable and versatile material made from recycled PET bottles. Through thermal pressing of PET fibers, a firm, dimensionally stable, and acoustically absorbent felt is produced. The material combines aesthetics with functionality and is ideal for applications where sound absorption and design go hand in hand.
Well-known trade names include ReFelt, EASYfelt, and CapFelt.
These properties make PET Felt a popular choice for acoustic and decorative applications in various sectors.
| Thickness | Dimensions | Color | Laser cutting | Milling | Bending | Glueable |
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| 9 mm | 2440x1220 mm |
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Density approx. 1.9 kg/m² (at 9 mm thickness)
Color Various colors and blends
Surface Finish Felt-like, soft and matt
Minimum Service Temperature -40 °C
Maximum Service Temperature +110 °C
Tensile Strength High
Modulus of Elasticity ca. 3.000 MPa
Impact Resistance High
NRC (with 50 mm cavity) 0,65
NRC (with 50 mm mineral wool) 1,00
Thermal Conductivity ca. 0,04 W/m·K
Coefficient of Linear Thermal Expansion ca. 0,05 mm/m·K
Acoustic wall panels and ceiling baffles
Desk dividers and space partitions
Interior finishes in offices and schools
Designer furniture and lampshades
Wall cladding in hospitality and retail
Acoustic solutions in studios and theaters
Sustainable packaging and displays
Creative architectural and design applications
PET Felt is a felt-like material made from recycled PET bottles. Through thermal pressing, it forms a sturdy, acoustically absorbent panel suitable for a wide range of applications.
PET Felt offers excellent acoustic performance. Depending on the mounting, its NRC rating can reach up to 1.00, meaning it’s highly effective at absorbing sound.
Yes, PET Felt is manufactured from recycled PET bottles and is itself fully recyclable. Its production is energy-efficient and contributes to waste reduction.
Yes, PET Felt is easy to work: it can be cut, milled, perforated, and even laser-cut, enabling bespoke and creative designs.
PET Felt resists moisture and mold, making it suitable for damp areas like bathrooms or kitchens when properly installed.
Standard thicknesses are 9 mm and 12 mm, in panel sizes up to 2440 × 1220 mm. Other sizes and thicknesses are available on request.
PET Felt requires minimal upkeep—dusting or wiping with a damp cloth is usually enough to keep it looking good.
PET Felt meets various fire-safety standards depending on the product variant. Check with your supplier for exact fire classifications.
Upload your DXF, STEP, AI, or EPS file and start your order immediately.
Select from plastic, rubber, steel, stainless steel, or aluminum for your part.
After the quote, choose the desired delivery time that fits your schedule.
Ordered? We start production at the right moment for your delivery.
Follow each step in real time, from production to delivery, for complete transparency.
Other
Alupanel and Dibond® are high-quality aluminum composite panels, consisting of two thin aluminum outer layers with a polyethylene (PE) core in between. This sandwich structure results in a lightweight, rigid, and durable panel that is highly resistant to weather and UV radiation. Thanks to the smooth and flat surfaces, these panels are ideal for printing and various processing applications.
Well-known trade names include Dibond®, Alupanel®, Imagebond®, and ACP (Aluminum Composite Panel).
Thanks to these properties, Alupanel and Dibond® are versatile for both indoor and outdoor applications.
| Thickness | Dimensions | Color | Laser cutting | Milling | Bending | Glueable |
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| 2 mm | 3050x1300 mm | White gloss/matt ±RAL 9003 | |
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| 3 mm | 3050x1300 mm |
White gloss/matt ±RAL 9003 Black gloss/matt ±RAL 9005 Brushed aluminium Silver gloss/matt ±RAL 9006 Grey gloss/matt ±RAL 7016 Green gloss/matt ±RAL 6005 Green gloss/matt ±RAL 6005 Yellow gloss/matt ±RAL 1023 Red gloss/matt ±RAL 3020 Blue gloss/matt ±RAL 5002 Ivory gloss/matt ±RAL 1015 Brown gloss/matt ±RAL 8011 |
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| 4 mm | 3050x1300 mm | White gloss/matt ±RAL 9003 | |
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| 6 mm | 3050x1300 mm | White gloss/matt ±RAL 9003 | |
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Density approx. 3.5–5.6 kg/m² (depending on thickness)
Color Various colors and finishes
Surface Finish Smooth, matt, glossy, mirror
Minimum Service Temperature -50 °C
Maximum Service Temperature +80 °C
Flexural Strength ≥ 80 MPa
Modulus of Elasticity ca. 9.000 MPa
Impact Resistance High
Dielectric Strength ca. 10 kV/mm
Surface Resistivity 10⁶ – 10⁹ Ω
Thermal Conductivity ca. 0,3 W/m·K
Coefficient of Linear Thermal Expansion ca. 0,069 mm/m·K
Façade cladding and soffit panels
Outdoor signage and wayfinding
Exhibition stands and interior fit-outs
Photo panels and art installations
Wall linings in kitchens and bathrooms
Machine housings and enclosures
Display and presentation systems
Architectural features and designer furniture
Alupanel and Dibond® are both brands of aluminium composite panels with very similar properties. The main difference is the manufacturer and their specific product ranges, but functionally they are interchangeable.
Yes, both Alupanel and Dibond® resist weathering and UV exposure extremely well, making them ideal for long-term exterior applications.
Yes, the smooth surface is perfect for screen printing, UV digital printing, and other graphic processes.
These panels machine like wood or plastic: you can saw, router, drill, glue, and even bend them with the right groove preparation.
Standard panels have a polyethylene core and are not fire-rated. However, fire-rated versions with a mineral core are available to meet higher safety standards.
Commonly up to 3050 × 1500 mm; larger formats can often be ordered on request.
Yes, the aluminium skins and the polyethylene core can both be recycled, supporting sustainable building practices.
Yes, by V-grooving the back of the panel, you can create crisp folds without cracking the surface.
Upload your DXF, STEP, AI, or EPS file and start your order immediately.
Select from plastic, rubber, steel, stainless steel, or aluminum for your part.
After the quote, choose the desired delivery time that fits your schedule.
Ordered? We start production at the right moment for your delivery.
Follow each step in real time, from production to delivery, for complete transparency.
Other
HPL, or High Pressure Laminate, is a composite material produced by impregnating layers of paper or wood fibers with phenolic resin and compressing them under high pressure and temperature. The result is an extremely hard, rigid, and durable sheet that resists weather, chemicals, and mechanical loads. Trespa® is a leading brand in the HPL market, known for its high-quality finish and long lifespan.
Well-known trade names include Trespa®, Abet Laminati, Resopal, and Formica.
Thanks to these properties, HPL / Trespa® is a popular choice for both indoor and outdoor applications across various sectors.
| Thickness | Dimensions | Color | Laser cutting | Milling | Bending | Glueable |
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| 3 mm | 3050x1300 mm | White ±RAL9010 | |
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| 4 mm | 3050x1300 mm | White ±RAL9010 | |
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| 5 mm | 3050x1300 mm | White ±RAL9010 | |
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| 6 mm | 3050x1300 mm |
White ±RAL9010 Black ±RAL9005 Anthracite ±RAL7016 Cream ±RAL9001 Grey ±RAL7035 Grey ±RAL7015 Blue ±RAL5010 Blue ±RAL5011 Green ±RAL6005 Green ±RAL6009 Red ±RAL3000 Red ±RAL3004 |
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| 8 mm | 3050x1300 mm | White ±RAL9010 | |
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| 10 mm | 3050x1300 mm | White ±RAL9010 | |
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| 12 mm | 3050x1300 mm | White ±RAL9010 | |
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| 15 mm | 3050x1300 mm | White ±RAL9010 | |
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| 20 mm | 3050x1300 mm | White ±RAL9010 | |
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Density ca. 1,35 g/cm³
Color Various colors and decors
Surface Finish Smooth, textured or matt
Minimum Service Temperature -30 °C
Maximum Service Temperature +180 °C
Flexural Strength ≥ 80 MPa
Modulus of Elasticity ≥ 9.000 MPa
Impact Resistance High
Dielectric Strength ca. 10 kV/mm
Surface Resistivity 10¹³–10¹⁵ Ω·cm
Thermal Conductivity ca. 0,3 W/m·K
Coefficient of Linear Thermal Expansion ca. 0,03 mm/m·K
Facade cladding and soffit panels
Balcony and gallery partitions
Wall cladding in laboratories and hospitals
Furniture panels and countertops
Toilet and shower cubicles in public buildings
Signage and wayfinding panels
Machine enclosures and technical housings
Interior finishes in shipbuilding
HPL is the generic term for High Pressure Laminate, whereas Trespa® is a brand producing premium HPL panels with specific properties and finishes.
Yes, HPL panels, especially those from Trespa®, are highly weather- and UV-resistant, making them ideal for long-term outdoor use.
Yes, HPL can be sawed, routed, and drilled with standard woodworking tools.
HPL panels come in various fire classifications. Trespa®, for example, offers panels rated up to B-s2,d0 under EN 13501-1.
HPL is low-maintenance: regular cleaning with mild detergent and water is usually sufficient.
Many HPL panels, including Trespa®, are made with FSC-certified wood fibers and have a long service life, contributing to sustainability.
HPL panels come in thicknesses typically ranging from 6 mm to 20 mm, depending on application and manufacturer.
Yes, HPL panels are available in a wide variety of colors, patterns, and textures, including smooth, matte, and structured.
Upload your DXF, STEP, AI, or EPS file and start your order immediately.
Select from plastic, rubber, steel, stainless steel, or aluminum for your part.
After the quote, choose the desired delivery time that fits your schedule.
Ordered? We start production at the right moment for your delivery.
Follow each step in real time, from production to delivery, for complete transparency.