Laboratory materials
Lab Countertops & Materials
Compare worktop materials and cabinet structures for your laboratory. Start with the application, then confirm the specification against actual working conditions.
- Worktops
- 5 materials
- Cabinets
- 5 structures
- Criteria
- Application-driven
01 / Worktops
Worktop materials
Choose the surface for the work it will face. Material names alone do not establish performance.
HPL laminate
A practical starting point for teaching spaces and low-risk dry work areas.
Dry preparation and general classroom benches.
Confirm substrate, edge sealing and chemical compatibility for the specified product.
Compact phenolic
A candidate for general wet-chemistry benches, subject to the selected grade and exposure conditions.
General laboratory work where a compact laminate surface is appropriate.
Check chemical resistance data, joints, cutouts and permitted heat exposure.
Epoxy resin
A candidate for chemical work areas and layouts requiring coordinated worktops and sinks.
Wet laboratory layouts requiring a documented chemical resistance specification.
Verify the exact resin formulation against chemicals, concentrations and contact times.
Ceramic
A candidate where heat and scratch resistance are key selection priorities.
Work areas with demanding thermal or surface-wear requirements.
Confirm the selected grade, thermal conditions, edge details and support requirements.
Stainless steel
A candidate for hygienic work areas and laboratory environments requiring a cleanable metal surface.
Cleanliness-focused workflows and selected industrial testing areas.
Match the steel grade to acids, chlorides, temperatures and the cleaning regime.
These are application starting points, not performance ratings. Confirm the exact product grade and technical data before selecting a worktop.
02 / Cabinets
Cabinet structures
Match the cabinet and support system to moisture, corrosion, equipment loads and everyday maintenance.
Wood-based
Suitable for teaching, dry areas and spaces where appearance is a priority.
Teaching and low-risk dry laboratories.
Moisture, chemicals and impact performance depend on boards, finishes and edge sealing.
Steel & wood
Combines a steel support structure with wood-based cabinetry.
General work areas balancing structure, appearance and budget.
Wood-based parts remain sensitive to moisture and chemical exposure; confirm the full assembly.
All-steel
A candidate for general research, testing and frequently used laboratory workspaces.
General-purpose laboratory furniture.
Check coating quality, damaged finishes and long-term corrosion exposure.
Polypropylene (PP)
A candidate for wet or corrosive work areas where the specified polymer is compatible.
Selected acid and alkali workflows, subject to compatibility review.
Confirm stiffness, load, temperature limits and the actual chemical mixture.
Stainless steel
A candidate for hygienic, cleanable and selected industrial environments.
Hygiene-focused workspaces and suitable industrial applications.
Specify the grade against chlorides, acids and temperature; confirm weld and surface details.
03 / Decision matrix
Selection criteria
Use the same requirements to compare each proposed material and assembly.
| Criterion | Define the requirement | Confirm before selection |
|---|---|---|
| Chemical exposure | Chemical names, concentrations, mixtures and contact time. | Review product-specific resistance data for the actual exposure. |
| Heat | Operating temperatures, hot equipment and exposure duration. | Confirm heat limits and any required protective surfaces. |
| Hygiene | Cleaning agents, cleaning frequency and contamination control. | Review surface finish, seams, sinks and accessible cleaning details. |
| Load & support | Equipment weight, point loads, bench span and vibration sensitivity. | Confirm the complete worktop, frame, cabinet and fixing arrangement. |
| Maintenance | Expected wear, access for service and repair requirements. | Check edge protection, coating care and replacement options. |
| Cost | Material grade, dimensions, fabrication, installation and service life. | Compare quotations on the same specification and scope. |
04 / Conclusion
Specify for the actual working conditions.
The final choice depends on chemicals, concentration, temperature, contact time, cleaning methods and equipment loads. Review the worktop and cabinet together as one furniture system.
- 01 · Define the exposure
Prepare the chemical list, workflow and cleaning requirements.
- 02 · Confirm the assembly
Agree the material grade, worktop thickness, supports, sinks and service openings.
- 03 · Record the specification
Keep the approved drawings, material details and supporting technical information together.
05 / Plan your project
Find the right materials for your laboratory.
Share your application, chemical exposure and bench requirements. Discuss worktop and cabinet options with our team, or send your project details for a quotation.