TopLab®PLUS
Verified by manufacturer 3 months ago
QA Certificate
Certificate type
GreenGuard Gold
Certificate type
Decorative, high pressure compact laminate panels engineered to provide durable and high-performing worktops for demanding environments.
Application
Trespa® TopLab® PLUS has been specially engineered to provide durable and high-performing worktops for demanding environments such as chemical, physical and analytical laboratories, where every detail must be the silent ally of the scientist, ensuring peace of mind and aiding concentration.
Description
Electron Beam Curing, developed in-house by Trespa, represents a major contribution to innovation in the field of scientific surfaces.
Using this fast, non-thermal curing method, Trespa® TopLab® PLUS decorative surfaces are hardened via high-energy electron emissions at a controlled rate. The resulting closed surface enables unique surface performance, in terms of resistance and colour stability: it encompasses a remarkable range of properties, to serve the needs of the most demanding professional environments. The high chemical resistance is tested according to the 24 hours SEFA 3 test method.
TopLab®PLUS withstands most aggressive disinfectants and cleaning agents. The product is available in a variety of colours to match the other TopLab® product lines.
Features and benefits:
- Chemical resistance
- Scratch resistance.
- Impact resistance.
- Wear resistance.
- Does not support bacterial growth.
- Smooth machinability.
- Quick installation.
General information
Color | White Grey Blue Black Silver |
Finish | Matt Guidance for specification option: Crystal Matt. |
Material | High pressure laminate (HPL) Guidance for specification option: Made of natural fibres with thermosetting resins and a decorative surface layer on one or both sides. A transparent topcoat is added to the surface layer(s) and cured by Electron Beam Curing (EBC). |
Shape | Rectangle Guidance for specification option: To be cut to size. |
Length | 2550 mm Guidance for specification option: 2550 x 1860 mm. 3050 mm Guidance for specification option: 3050 x 1530 mm. 3650 mm Guidance for specification option: 3650 x 1860 mm. |
Width | 1530 mm 1860 mm |
Warranty description | Ten year Guidance for specification option: Trespa International ten year standard limited warranty. |
Uniclass | |
CAWS | K13/160 Proprietary K13/160 Proprietary N12/320 Worktops N12/320 Worktops N10/110 Purpose-made |
Specification data - High-pressure decorative laminates (HPL or HPDL)
Standard | To EN 438-4. |
Classification | CGS. |
Thickness | 13 mm.16 mm.20 mm.25 mm. |
Finish | Crystal matt. |
Pattern | Guidance for specification option: Consult manufacturer and insert requirements. |
Colour | T0300 White – Uni Colours.T0310 Pastel Grey – Uni Colours.T0340 Silver Grey – Uni Colours.T0500 Pure White – Uni Colours.T1801 Mystic White – Uni Colours.T2111 Glacier Blue – Uni Colours.T22.7.1 Pastel Blue.T37.7.3 Pastel Green.T7000 Slate Grey – Uni Colours.Guidance for specification option: With black core or with grey core, insert requirement. T9000 Black – Uni Colours. |
Sustainability data
Country of material origin | Netherlands |
Country of product manufacture | Netherlands |
Material | High pressure laminate (HPL) Guidance for specification option: Made of natural fibres with thermosetting resins and a decorative surface layer on one or both sides. A transparent topcoat is added to the surface layer(s) and cured by Electron Beam Curing (EBC). |
Embodied carbonA1-A3 (production stage) as defined in BS EN 15804 | -4.50 kg CO₂ eq/m² Self declared Manufacturer guidanceThis value is an example for the 16 mm product thickness. Check www.trespa.info for the latest Environmental Product Declaration. |
Third party certifications
QA Certificate
Certificate of bio-based content Trespa® TopLab® PLUS
GreenGuard Gold
Greenguard Gold certificate Trespa® TopLab® PLUS
Literature
TRESPA® TOPLAB® PLUS Material Property Datasheet
TRESPA® TOPLAB® PLUS Delivery Programme
TRESPA® TOPLAB® PLUS brochure
Case studies
Manchester University - Sir Henry Royce Institute
University of Glasgow, Advanced Research Centre