Laboratory countertops
Choose Models for offer request
Intended
- Seven materials tailored to the purpose of the laboratory
- High chemical resistance, including variants for concentrated reagents
- Good to very good mechanical and scratch resistance
- Moisture, temperature or UV resistant variants
- Different versions of the edge to protect against liquid spills
- Materials for chemical, analytical, microbiological and school laboratories
Characteristic
Available Models
Laboratory Worktops
Laboratory worktops are working surfaces of laboratory tables, the material of which is selected for the purpose of the workstation and the substances used in the laboratory. The durability of the worktop depends on its resistance to loads, moisture, mechanical damage and chemicals. From monolithic ceramics and technical resins to quartz-granite conglomerate, polypropylene, glass and postforming laminate, the range includes seven materials to match the table top to chemical, analytical, microbiological and school laboratories. The worktops are available in versions without a raised edging or with a straight, raised or integrated edging.
Technical specifications
|
Parameter |
Value |
|
Type |
Worktop for laboratory tables |
|
Available materials |
Monolithic Ceramics, Phenolic Resin, Quartz-Granite Conglomerate, Epoxy Resin, Polypropylene, Glass, Postforming Laminate |
|
Chemical resistance |
From good (acids, alkalis) to very good (ceramics, polypropylene) |
|
Mechanical resistance |
From good to very good (ceramics) |
|
Edging versions |
No edging, straight, raised or integrated edging (depending on the material) |
|
Number of materials |
7 |
|
Application |
Chemical, Analytical, Microbiology, School Laboratories |
Available models
|
Table top material |
Key resilience |
Edging versions |
Application |
|
Monolithic ceramics |
very good chemical and mechanical, against scratches and UV; HF not resistant |
without edging or integrated ceramic edging |
chemical and microbiological laboratories |
|
Phenolic resin |
good chemical (acids, alkalis), very good against moisture |
straight or raised |
analytical and chemical laboratories |
|
Quartz-Granite Conglomerate |
good chemical, against abrasion and scratches |
straight or raised |
analytical and chemical laboratories |
|
Epoxy resin |
good chemical, very good for high and low temperatures |
straight or elevated |
chemical and analytical laboratories |
|
Polypropylene |
very good chemical and moisture-proof, easy to clean |
straight or raised |
chemical laboratories, school |
|
Glass |
good chemistry (acids, alkalis), modern design |
Integrated raised edging |
chemical and analytical laboratories |
|
Laminate postforming |
Good mechanical, rich color palette |
— |
analytical and school laboratories |
Features of Lab Worktops
- Seven materials to choose from depending on the substance and type of laboratory
- Chemical resistance to acids and alkalis in all materials
- Monolithic ceramics for working with concentrated reagents (not only HF resistant)
- Epoxy resin resistant to high and low temperatures
- Polypropylene and phenolic resin with very good moisture resistance
- Versions with straight, raised, integrated or no edging
- Postforming laminate with a rich color palette
Application of laboratory worktops
Laboratory worktops are the working surface of tables in chemical, analytical, microbiological and school laboratories. The choice of material depends on the substances used at the station: for working with concentrated reagents, monolithic ceramics with very good chemical and scratch resistance, resistant to all substances except hydrofluoric acid, are recommended. Where thermal resistance is important, epoxy resin works well, and in conditions of increased humidity – polypropylene or phenolic resin. Glass tops with a raised edging combine chemical resistance with a modern look, while postforming laminate with a rich color palette is a solution for school and analytical laboratories. Edging versions – straight, raised or integrated – allow you to protect the worktop from liquid spills.
Other laboratory furniture in Danlab's offer: laboratory tables and laboratory cabinets in the RL1–RL7 series (basic, modular, suspended, mobile and ceiling).
Advantages of laboratory worktops
- Seven materials tailored to the purpose of the laboratory
- High chemical resistance, including variants for concentrated reagents
- Good to very good mechanical and scratch resistance
- Moisture, temperature or UV resistant variants
- Different versions of the edge to protect against liquid spills
- Materials for chemical, analytical, microbiological and school laboratories
Choose a laboratory table material that matches the substance and type of laboratory, and specify the variant of interest in the request for quotation form.
| Model | Description | Other |
|---|---|---|
| Monolithic ceramics | UV light resistance | Chemical, microbiological labs |
| Phenolic resin | Good mechanic resistance | Analytical and chemical labs |
| Quartz-granite conglomerate | Good scratch and abrasion resistance | Chemical and anaytical labs |
| Epoxy raisin | Great resistance for low and high temperatures | chemical and analytical laboratories |
| Polypropylen | Great humidity resistance | School and analytical laboratories |
| Glass | Good resistance for acids and bases | Use in chemical and analytical laboratories |
| Laminate postforming | Great mechanical resistance | Use in school and analytical laboratories |
