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Phenolic Resin Lab Countertop, Chemical Resistant Compact Laminate Worktop for School, Research Institute & Laboratory

45 square
MOQ
70 to 200 dollars
Price
Phenolic Resin Lab Countertop, Chemical Resistant Compact Laminate Worktop for School, Research Institute & Laboratory
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Features
Specifications
Name: Laboratory Table Top
Item: Specification
Material: Phenolic Resin + Multi-layer Kraft Paper
Thickness: 12mm-25mm (customizable)
Common Size: 1220×2440mm, 1220×3660mm (customizable)
Temperature Resistance: -50℃~140℃ (long-term); ≤180℃ (short-term)
Environmental Standard: E1 Grade (formaldehyde ≤0.12mg/L)
Application: Chemical, Biological, Medical, Educational Labs & Research Institutes
Basic Infomation
Place of Origin: China
Brand Name: Remeijia
Model Number: LH0100
Payment & Shipping Terms
Packaging Details: Wooden Support Plate Packaging
Delivery Time: Ships in about fifteen days
Payment Terms: L/C,Western Union,T/T
Supply Ability: 50,000 square meters per month
Product Description

    
Our phenolic resin lab countertop is a high-pressure compact laminate (HPL) work surface engineered specifically for scientific and educational environments. Manufactured from multiple layers of kraft paper impregnated with thermosetting phenolic resin and finished with a melamine-resin decorative surface, the board is pressed under high temperature and pressure to form a dense, homogeneous, non-porous panel.
Designed for school science labs, university teaching rooms, research institutes, industrial testing laboratories and QA/QC centers, the countertop withstands daily exposure to acids, alkalis, solvents, reagents, moisture and abrasion while remaining easy to clean and maintain.
Available in a range of solid colors and customizable thicknesses, sizes and edge finishes, it is supplied as cut-to-size panels ready for bench top installation.

  1. 2. Key Features & Benefits

  1. 2.1 Chemical Resistance

  • Withstands a wide range of laboratory chemicals, including dilute acids, alkalis, organic solvents, detergents and reagent solutions.
  • Resists staining and surface degradation from routine chemical spills in teaching and research settings.
  • Non-porous surface prevents liquid penetration, limiting contamination build-up and simplifying decontamination.

  1. 2.2 Moisture & Water Resistance

  • Solid-through compact laminate construction does not delaminate or swell in high-humidity environments.
  • Suitable for wash-down areas, sink surrounds and constant humidity labs.
  • Sealed edges further protect against edge-face water uptake.

  1. 2.3 Mechanical Durability

  • Hard, scratch- and abrasion-resistant surface withstands daily use of glassware, instruments and lab equipment.
  • Good impact resistance against dropped objects compared with普通人造石 or wood-based alternatives.
  • Dimensionally stable under normal temperature and humidity variations.

  1. 2.4 Heat & Thermal Performance

  • Resists brief contact with moderately hot items (e.g. drying racks, warm glassware) within typical lab working ranges.
  • Not rated for direct placement of open flames or extremely hot plate surfaces; heat mats or stands are recommended.

  1. 2.5 Hygiene & Cleanability

  • Smooth, non-porous, easy-to-wipe surface — compatible with standard disinfectants and laboratory cleaners.
  • Does not support bacterial or fungal growth under normal lab conditions.
  • Low-maintenance: no sealing, waxing or periodic re-finishing required.

  1. 2.6 Aesthetic & Customization

  • Available in multiple solid colors (commonly black, light gray, dark gray, white/beige, green-blue) to match lab interior design.
  • Cut-to-size panels, rounded corners, drilled cut-outs for sinks / gas taps / power outlets available on request.
  • Edge options: square edge, sealed edge, post-formed / bullnose edge.

  1. 3. Typical Technical Specifications

The values below are typical industry parameters for standard-grade phenolic compact laminate worktops. Exact figures depend on the selected grade and certification; final data is confirmed on the quotation / datasheet.
Parameter
Typical Value
Note
Material
Phenolic resin impregnated kraft paper core + melamine resin decorative surface
Compact laminate / HPL
Standard panel size
1220 × 2440 mm (4' × 8')
Other large formats available by request
Common thickness
12 mm / 16 mm / 19 mm / 25 mm
12.7 mm / 19 mm most common for lab tops
Density
approx. 1.35–1.45 g/cm³
Solid, through-color core
Water absorption (24h)
≤ 2%
Per standard laminate test methods
Chemical resistance
Resistant to dilute acids, alkalis, common solvents, detergents
List of resistant chemicals available on request
Surface finish
Matte / semi-matte, scratch-resistant
Reduces glare under lab lighting
Light stability
Good color retention under normal indoor lighting
Avoid prolonged direct UV exposure
Edge treatment
Square / sealed / post-formed
Sealing recommended in wet areas
Custom processing
Cut-to-size, CNC routing, corner rounding, sink cut-out, drilling
Fabrication drawings required
Note for buyers: Specific test reports (e.g. BS EN 438, ISO 4586, chemical resistance lists, fire rating) can be provided upon request along with the quotation. Fire-retardant / A-grade variants are available for projects requiring higher fire performance.

  1. 4. Applications

🏫 Education
  • Primary / secondary school science benches
  • University teaching labs (chemistry, biology, physics)
  • Training centers and vocational workshops
🔬 Research & Industry
  • Research institute & government lab worktops
  • Pharmaceutical / biotech QC labs
  • Food & beverage testing laboratories
  • Environmental and analytical testing labs

Also widely used as base for fume hoods, lab island benches, wall benches, reagent shelving tops, and instrument stands.

  1. 5. Why Choose Phenolic Resin Worktops

Surface type
Pros
Typical use
Phenolic compact laminate (this product)
Good chemical & moisture resistance, cost-effective, easy to fabricate, wide color range
School labs, teaching labs, general research, QC labs
Epoxy resin
Higher chemical & heat resistance, seamless
Advanced chemistry / pharma labs (higher budget)
Stainless steel
Heat resistant, hygienic
Microbiology, food, cleanroom areas
Ceramic / solid chemical-resistant board
Maximum chemical resistance
Heavy acid / solvent labs
Phenolic compact laminate offers the best balance of chemical resistance, durability and cost for most school, university and general research laboratory applications.

  1. 6. Cleaning & Maintenance

  • Routine cleaning: Wipe with a soft cloth dampened with mild detergent or laboratory glass cleaner.
  • Spillages: Clean chemical spills promptly; prolonged contact with strong solvents or concentrated acids should be avoided.
  • Disinfection: Compatible with common lab disinfectants (dilute bleach, ethanol, quaternary ammonium solutions) — test on a small area first.
  • Avoid: Abrasive scouring pads, steel wool, and harsh undiluted acids / solvents on a regular basis.
  • Heat: Use heat mats or trivets for hot equipment; do not place open flames or directly heated plates on the surface.
    Phenolic Resin Lab Countertop, Chemical Resistant Compact Laminate Worktop for School, Research Institute & LaboratoryPhenolic Resin Lab Countertop, Chemical Resistant Compact Laminate Worktop for School, Research Institute & Laboratory
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