Doctor's office table top Polybett

laboratoryworkfor health care

Overview
Polybett phenolic laminate lab table tops are multilayer panels developed for laboratories, hospitals, educational and research institutes. They provide chemical resistance to acids, alkalis and common organic solvents, a textured easy‑clean surface and mechanical durability suitable for laboratory worktops.

Product information
Product names: Chemical Lab Table Top / Phenolic Laminate Lab Table Top / Chemical‑Resistant Laboratory Countertop
Available sizes: 1220 × 1830; 1220 × 2440; 1220 × 3660; 1300 × 2800; 1300 × 3050; 1530 × 1830; 1530 × 3050; 1530 × 3660; 1830 × 1830; 1830 × 2440; 1830 × 3660; 1830 × 4270 mm
Common colours: Gray, White, Green, Black and other colours
Common thickness: 12.7 mm, 15 mm, 16 mm
Surface treatment: Textured chemical‑resistant film
Typical applications: Chemistry, biology and pharmaceutical labs; hospitals and medical worktops; dental rooms; dialysis centres; nurses’ stations; school and photography labs; darkrooms; beauty salons; product testing facilities.

Composition

• Layer 1: Chemical‑resistant surface film
• Layer 2: Decorative paper impregnated with melamine resin
• Layer 3: Multiple layers of kraft paper impregnated with phenolic resin (core)

Features

• Chemical resistance: Designed to resist acids, alkalis and common solvents used in laboratory environments.
• Surface durability: Wear and impact resistant for high‑use countertops.
• Heat performance: Heat and cigarette‑burn resistant surface suitable for laboratory conditions.
• Hygiene & cleaning: Textured surface that is easy to clean and maintain for medical and testing environments.
• Waterproof core protection: Dense, non‑permeable surface to prevent moisture ingress into the core.

Storage condition
Acclimatize laminate and substrate in the same environment for 48 hours before fabrication. Recommended storage: approx. 24°C and 45%–55% RH. Store sheets flat on a plate slightly larger than the panels with a cover plate above; avoid wet or excessively hot areas and doors. Leave sheets at least 72 hours before processing or installation to reach equilibrium.

Maintenance instructions
Do not allow concentrated sulfuric or nitric acid (>96%) to contact the surface for more than 5 hours. Avoid applying unconventional test reagents or placing heated glassware or objects above 180°C directly on the surface. After use, wipe the worktop to remove acid, alkali or solvent residues. Do not use strong acidic, alkaline or corrosive cleaners; for stubborn stains wash with a hypochlorite solution and rinse thoroughly with water and avoid prolonged hypochlorite contact.

Handling
Lift phenolic laminate vertically to avoid scratching. Use vacuum lifting equipment where possible during handling, processing and installation.

Production process

• Step 1: Incoming material inspection (resin powder, fillers)
• Step 2: Impregnation with melamine and phenolic resin
• Step 3: Assembly of decorated and kraft paper layers
• Step 4: Hot pressing core process
• Step 5: Cutting and finishing
• Step 6: Quality inspection and packaging

FAQ (selected)

• Q: What are these lab tops? A: Chemical‑resistant laboratory countertops made from phenolic kraft core, melamine decorative paper and a chemical‑resistant surface film.
• Q: What thicknesses are available? A: Typical options: 12.7 mm, 15 mm, 16 mm.
• Q: Are custom sizes available? A: Yes — standard sizes listed above; custom sizes can be produced on request.
• Q: Are they easy to clean? A: Yes — the textured chemical‑resistant surface is designed for easy cleaning and maintenance.

Technical specifications

• Brand: Polybett
• Material: Phenolic resin‑impregnated kraft paper core + melamine decorative paper + chemical‑resistant film
• Available sizes: see list above
• Thickness options: 12.7 mm, 15 mm, 16 mm
• Colour options: Gray, White, Green, Black and others
• Surface: Textured chemical‑resistant film
• MOQ: 10 pieces
• Lead time: Typically 20–25 days (depends on quantity and specifications); stock availability can reduce lead time