Cabinet Material Options
Choosing the right cabinet material is critical in laboratory design. The JH-SF052 is available in five material types, each suited to specific environments, chemical exposures, and budget requirements.
1. Full Steel (Cold-Rolled or Galvanized Steel with Epoxy Powder Coating)
The standard choice for general-purpose laboratories, full steel cabinets offer excellent structural rigidity and impact resistance. Cold-rolled steel provides a smooth, consistent surface finish, while galvanized steel adds an additional layer of rust protection—making it well-suited for environments with moderate humidity. The epoxy powder coating delivers a hard, durable finish that resists chipping, scratching, and common laboratory chemicals.
Best for: General labs, educational institutions, research facilities, and environments with light-to-moderate chemical exposure.
2. Wood (MDF, Chipboard, or Plywood)
Wood-based cabinet construction offers a cost-effective and aesthetically versatile option, available in three substrates depending on load requirements and budget:
- MDF (Medium-Density Fiberboard): A smooth, uniform surface ideal for painted finishes. Suitable for dry laboratory environments with minimal chemical exposure.
- Chipboard (Particle Board): A budget-friendly core material with a laminate surface finish. Best used in administrative lab spaces or storage areas away from direct chemical contact.
- Plywood: Offers greater structural strength and moisture resistance than MDF or chipboard, making it a more durable wood-based option for heavier loads.
All wood cabinet variants are available with a high-pressure laminate (HPL) surface finish for improved durability and resistance to everyday wear.
Best for: Educational labs, administrative areas, light-use research environments, and projects where cost efficiency is a priority.
3. PP Polypropylene (For Strongly Corrosive Environments)
When working with strong acids, alkalis, or aggressive organic solvents, standard steel and wood cabinets simply aren’t enough. PP polypropylene cabinets are fabricated entirely from virgin polypropylene, a thermoplastic material with outstanding resistance to a broad spectrum of corrosive chemicals. Unlike coated steel, PP cabinets offer through-body resistance—there’s no coating to chip or degrade over time.
Key properties include:
- Resistant to strong acids (including hydrochloric, sulfuric, and nitric acid) and alkalis
- Non-porous surface that resists absorption and staining
- Lightweight yet structurally stable
- Easily decontaminated and cleaned
Best for: Chemical synthesis labs, acid storage rooms, electroplating facilities, industrial laboratories, and any environment involving sustained exposure to highly corrosive substances.
4. Phenolic Resin Cabinet (Anti-Bate Board)
Phenolic resin cabinets—also known as anti-bate board or compact laminate—are manufactured from multiple layers of kraft paper impregnated with phenolic resin and bonded under high pressure and heat. The result is a dense, hard, and highly durable panel that outperforms standard laminate in nearly every category.
Key properties include:
- Exceptional resistance to heat, moisture, and humidity
- High impact resistance and surface hardness
- Resistant to a wide range of laboratory chemicals and disinfectants
- Anti-bacterial surface properties, making it suitable for sterile environments
- Available in a range of colors and surface textures
Best for: Microbiology labs, pharmaceutical labs, cleanrooms, food science facilities, and high-humidity environments where hygiene and surface durability are critical.
5. Stainless Steel Cabinet
Stainless steel cabinets represent the premium tier of laboratory casework, combining superior corrosion resistance with an impeccably clean aesthetic. Fabricated from 304- or 316-grade stainless steel, these cabinets are the go-to choice for laboratories where sterility, chemical resistance, and ease of decontamination are non-negotiable.
Key properties include:
- Seamless, non-porous surface that is fully cleanable and resistant to bacterial growth
- High resistance to a wide range of chemicals, including disinfectants and oxidizing agents
- 316-grade steel offers enhanced resistance to chlorides and saline environments
- Durable, long-lasting finish that maintains its appearance over years of use
Best for: Pharmaceutical manufacturing, biotech labs, medical research facilities, cleanrooms, sterile processing units, and any application requiring GMP-compliant materials.
Sitting vs. Standing Height: Which Configuration Is Right for You?
| Feature | Sitting Height (800mm) | Standing Height (900mm) |
|---|---|---|
| Cabinet Height | 800mm | 900mm |
| Worktop Height | ~750–800mm (with worktop) | ~850–900mm (with worktop) |
| Ideal For | Microscopy, precision work, prolonged seated tasks | General lab work, pipetting, sample preparation |
| Ergonomic Benefit | Reduces fatigue for extended seated workflows | Promotes better posture for standing workflows |
| Compatibility | Standard lab seating and ergonomic stools | Anti-fatigue matting recommended |
| Modular Integration | Pairs with sit-height benches and workstations | Pairs with stand-height benches and fume hoods |
Both configurations share the same structural specifications, material options, and modular compatibility—allowing mixed sitting-and-standing layouts within the same laboratory.
Customization Options
The JH-SF052 is engineered to adapt to your laboratory’s exact specifications. The following elements can be customized at the time of order:
- Dimensions: Width, depth, and height adjustments available to fit non-standard floor plans
- Internal Layout: Configure shelving, drawers, pull-out trays, file compartments, and open storage to suit your workflow
- Worktop Material: Choose from stainless steel, phenolic resin, epoxy resin, ceramic, or other worktop substrates based on your chemical and physical requirements
- Door & Drawer Configuration: Single door, double door, drawer banks, or combination units
- Color & Finish: A full palette of powder coat colors (for steel cabinets) and laminate finishes (for wood cabinets) available upon request
- Accessory Integration: Pre-drilled or pre-configured for under-bench plumbing, electrical outlets, and cable management
Contact our team with your floor plan and workflow requirements for a tailored configuration proposal.
Applications
The JH-SF052 base cabinet series is deployed across a wide range of laboratory environments:
- University & Research Laboratories: Durable, modular casework for teaching and research benches
- Pharmaceutical & Biotech Facilities: Stainless steel and phenolic resin options for GMP-compliant environments
- Chemical & Industrial Laboratories: PP polypropylene cabinets for high-exposure corrosive environments
- Medical & Clinical Labs: Easy-to-clean, anti-bacterial surfaces for diagnostic and specimen processing areas
- Government & Testing Institutions: Heavy-duty steel construction for high-traffic, long-term installations
- Food Science & Quality Control Labs: Moisture-resistant and hygienic material options for food-safe workflows
Frequently Asked Questions
What is the weight capacity of the JH-SF052 base cabinets?
Weight capacity varies by material and internal configuration. Full steel and stainless steel variants are engineered to support the heaviest loads. Contact us with your specific load requirements for engineering confirmation.
Can I mix sitting- and standing-height cabinets in the same lab?
Yes. The JH-SF052 series is designed for modular integration, allowing sitting height (800mm) and standing height (900mm) cabinets to be used within the same layout. This is a common approach in multi-function laboratory spaces.
Are these cabinets compliant with laboratory safety standards?
Our casework is manufactured to meet applicable international laboratory furniture standards. Specific compliance documentation is available upon request for project tender submissions.
How long does a custom order take?
Lead times for custom configurations typically range from 4 to 8 weeks depending on order volume and specifications. Standard configurations may be available sooner. Contact our sales team for project-specific timelines.
Can the cabinets be reconfigured after installation?
The modular design of the JH-SF052 allows reconfiguration of internal components, such as shelves and drawer units, post-installation. Structural modifications should be discussed with our team prior to order.
Which material is best for a lab that uses both acids and solvents?
PP polypropylene offers the broadest resistance to both strong acids and organic solvents, making it the recommended choice for mixed chemical environments. Phenolic resin is also a strong performer for less aggressive chemical exposure. Our technical team can advise on the most suitable option based on your specific chemical inventory.
Request a Quote
Ready to configure your laboratory casework? Our team of lab furniture specialists is available to help you select the right materials, dimensions, and layout for your project.
Provide your floor plan, project scope, and preferred material specifications, and we’ll prepare a detailed proposal tailored to your laboratory’s needs.
