Finishing & Fabrication Available
Up to 3m x 2m capacity, and a variety of different cutters achieving a wide range of cutting abilities in plastic and composite ali material.
Precision drilling can be done in any panel and any position with accurate and consistent holes. no restriction! specify what size you need.
We use small and large strip heaters to form our bends. Mainly used for pre-bent panels for the hygiene cladding industry and bending acrylic and PETG for guards and /or point of display.
A synthetic and diamond cutter take the top layer of the surface off to produce a glass clear and clarity edge. only available for clear acrylic.
A 1300°c degrees flame melts the surface and produces a glass smooth surface. Only available for clear acrylic.
We specialise in edge routing, and are able to create any type of shaped edge. Most common is radius routing and chamfering, this produces a safe edge, perfect for wall mirrors, screens and exposed edges.
With up to 3m x 2m capacity and up to 20mm thick acrylic, we can produce large and small laser cut panels, intricate shapes and specialise in repeat cut components or panels.
With 6000mm x 2100mm cutting capability. Quick and efficient with accuracy down to 0.1mm ensures consistent and accurate material cutting.
Signs, POS, glazing, displays, forming & fabrication.
- Outstanding resistance to weathering
- Excellent thermoforming capabilities
- Good optical clarity
- Full range of sheet sizes available for optimum economic usage
- Hard wearing
- Easily fabricated
- High gloss finish
BS476 Part 7: Class 3
Clear 92% Opals (030) 70% (040) 51% (050) 37% (069) 9%
Co-efficient of Linear Expansion:
DIN 53752-A 1/K 7.10-2
|Relative Density||ISO 1183||g/cm3||1.2||1.17||1.16|
|Water Absorption||ISO 62||%||0.2||0.3||0.3|
|Tensile Strength at yield||ISO 527||5mm/min||MPa||70||68||50|
|Tensile Strength at break|
|Elongation at yield|
|Elongation at break||ISO 527||5mm/min||%||4||18||25|
|Tensile Modulus of Elasticity|
|Flexural Modulus||ISO 178||2mm/min||MPa||3030||2500||2000|
|Flexural Strength at yield||ISO 178||2mm/min||MPa||107||90||70|
|Izod Impact Strength||ISO 180/1A||notched||kJm-2||N/A||5||7|
|Charpy Impact Strength||ISO 179
|Impact Falling Weight|
|Rockwell Hardness||ISO 2039-2||M Scale||101||65||45|
|Service Temperature||°C||-40 to 80|
|Heat Distortion Temperature|
|Vicat Softening Temperature||ISO 306||°C||>105||>105||>105|
|Coefficient of Thermal Expansion||ASTM D-696||mm/m°C||0.078||N/A||N/A|
|Specific Heat Capacity|
|Light Transmission||ASTM D-1003||3mm sheet||%||>92||90||89|
|Refractive Index||ISO 489/A||1.49||N/A||N/A|
|Dielectric Strength||IEC 243||kV/mm-1||N/A||N/A||N/A|
|Surface Resistivity||IEC 93||Ω m-2||>10|
|BS 476 Part 7||Class 4|
|NFP 92-307||M4 (without drips)|
Acrylic is a combustible material and if ignited will continue to burn. Different to cast, extruded acrylic will eventually produce molten droplets which will continue to burn.
Other physical properties and values available on request.