⭐⭐⭐⭐⭐ 4.5 / 5 | Google reviews for norlab.com.au
The Norlab Phenolic Cabinets offer the highest level of storage durability required for daily exposure to aggressive disinfectants, moisture, and chemically active laboratory environments:
• Chemical Resistance
Our phenolic cabinets are manufactured from high-density compact laminate panels that resist moisture, abrasion, diluted acids, bases, alcohols, disinfectants, and common laboratory solvents and chemicals without staining, swelling, or cabinet deterioration.
• Customisation
Our phenolic cabinets can be customised in configuration, door type, drawer layout, shelving arrangement, internal storage accessories, and finish to suit the specific storage requirements, workflow demands, and spatial design of your laboratory.
• Compliance
Our phenolic cabinets meet SEFA 3-PH, AS/NZS 2982, and ISO 9001 standards, ensuring every unit delivers the structural integrity, chemical resistance, and material performance required for professional laboratory environments.
Chemical Resistance
Abrasion Resistance
Structural Stability
Optimal Space
Label Holder
Long Durability
Norlab phenolic cabinets are manufactured using high-pressure compact laminate panels with a high-density phenolic resin surface between 0.8 and 1.0 mm thick, bonded to panel cores ranging from 18 to 25 mm depending on application load requirements. A stainless steel frame with internal reinforcements provides structural stability under heavy daily use, while the non-porous phenolic surface prevents moisture intrusion, microbial growth, and chemical absorption across the full cabinet body.
Stainless steel drawer runners support loads up to 50 kg, and soft-close door hinges with full adjustability handle up to 20 kg per door without sagging or misalignment over time. Every unit is manufactured under strict Australian quality standards and designed to deliver a low-maintenance, chemically resistant storage system that protects your materials and your laboratory investment for 25 years or more of continuous operation.
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Reference |
NLDPH-1C2PP |
NLDPH-2PP |
NLDPH-C3P |
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External Dimensions: |
1000″ x 450″ x 820″ mm |
1000″ x 450″ x 820″ mm |
800″ x 450″ x 820″ mm |
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Maximum Load Capacity |
100 kg |
100 kg |
100 kg |
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Shelves |
3 |
2 |
3 |
• SEFA 8 PH
Performance standard developed by the Scientific Equipment and Furniture Association (SEFA) for phenolic laboratory casework and cabinetry. Establishes testing and performance requirements for structural integrity, load-bearing capacity, moisture resistance, chemical resistance, impact resistance, durability, and long-term reliability under laboratory operating conditions. Provides evaluation criteria to ensure phenolic cabinets maintain performance and structural stability in demanding research, healthcare, pharmaceutical, educational, and industrial laboratory environments where exposure to chemicals, moisture, and heavy daily use is common.
• AS/NZS 2982
Australian and New Zealand standards for the design and construction of laboratory facilities. Establishes requirements and recommendations for laboratory layouts, material selection, furniture integration, safety considerations, durability, workflow efficiency, and operational functionality. Provides guidance for the specification and installation of laboratory casework, storage systems, and specialised furniture, including phenolic cabinets used in research, healthcare, pharmaceutical, educational, and industrial laboratory environments. Widely referenced throughout Australia and New Zealand to support safe, efficient, and long-lasting laboratory facilities.
• ISO 9001
International quality management standard published by the International Organisation for Standardisation (ISO). Establishes requirements for a documented Quality Management System (QMS) focused on consistent manufacturing processes, quality assurance, customer satisfaction, continuous improvement, and product traceability. For phenolic cabinets, ISO 9001 certification demonstrates that manufacturing operations follow recognised quality management practices designed to ensure consistent product quality, reliable performance, manufacturing precision, and compliance with customer and regulatory requirements across laboratory, healthcare, educational, pharmaceutical, and industrial applications.
• We installed 45 phenolic cabinets throughout our new science building, and the difference has been noticeable from day one. Students and teachers appreciate the clean, professional appearance, while our facilities team values how easy they are to maintain. The durability has been exceptional, and even under constant daily use, the cabinets continue to look and perform like new.
• Since installing these phenolic cabinets, cleaning and disinfecting procedures have become faster and more efficient. Despite daily exposure to acids, solvents, and routine laboratory chemicals, the surfaces remain in excellent condition with no signs of staining, swelling, or deterioration. The low-maintenance design has reduced upkeep requirements while helping us maintain a consistently professional laboratory environment.
No, phenolic cabinets are not rated for chemical or hazardous material storage, even though the material itself is chemically resistant. For proper chemical storage, Norlab offers a full line of safety storage cabinets specifically engineered for that purpose — including flammable storage, acid cabinets, and sample storage units built to meet SEFA 11 and AS 1940 requirements. You can see those options at safety storage cabinets.
The specs say drawers on phenolic cabinets carry up to 50 kg and doors hold up to 20 kg per leaf — both are more than sufficient for standard laboratory supplies, glassware, and instrumentation up to mid-weight. Where phenolic cabinets reach their structural ceiling is with very heavy benchtop equipment stored inside: analytical balances on drawer slides, stacked centrifuge rotors, or dense chemical reagent inventories exceeding 40–50 kg per drawer. For those applications, metal cabinetry with a 75 kg drawer capacity is the better structural specification. Phenolic cabinets are the right choice when the priority is chemical resistance and low maintenance over raw load capacity.
The stainless steel frame in phenolic cabinets is there for structural reasons — it provides the rigidity that keeps the cabinet square and stable under load — and stainless steel in a standard laboratory environment does not corrode under normal use. The distinction to understand is that the phenolic panels themselves provide the chemical and moisture resistance at the surface level, while the frame handles the structural load. The frame welds and joints should be inspected during installation to confirm there are no gaps where moisture could become trapped long-term, but in standard operation this is not a maintenance concern.
SEFA 8 PH compliance demonstrates that phenolic cabinets meet recognised performance requirements for laboratory casework, including structural integrity, chemical resistance, moisture resistance, durability, and long-term reliability. However, laboratories operating under regulated quality systems typically require a broader compliance framework than furniture certification alone.
For Australian laboratories, SEFA 8 PH, AS/NZS 2982, and ISO 9001 collectively provide the most relevant benchmarks when specifying laboratory cabinetry. SEFA 8 PH verifies furniture performance, AS/NZS 2982 provides guidance for laboratory design and furniture integration, and ISO 9001 demonstrates that manufacturing processes follow recognised quality management practices.
The non-porous phenolic surface and resistance to commonly used laboratory cleaning and disinfecting agents support the hygiene, durability, and operational requirements typically expected in research, healthcare, pharmaceutical, educational, and industrial laboratory environments. Where additional organisational quality or validation requirements apply, these are generally incorporated into the laboratory specification during the design phase.
Internal shelf positions in phenolic cabinets are adjustable within the cabinet carcass — you can reposition shelves without tools or specialist involvement. Adding drawers or changing a door configuration after fabrication is more involved: drawer units and door assemblies are specified at the manufacturing stage, and retrofitting a new drawer bank into an existing cabinet body is generally not practical. The better approach if you anticipate workflow changes is to specify a modular configuration from the start — Norlab’s design team can build in flexibility during the initial layout, including mix-and-match drawer-and-door combinations within the same run.
Your laboratory storage solved — chemically resistant, durable, and configured around the way your team works.
Tell us what equipment, and supplies you need to store and we’ll recommend the right cabinet configuration, layout, and storage solution — at no cost, no obligation.
Expert guidance included — free 3D design
Our lab safety specialists review your project personally.
Fully custom — configuration, doors, drawers and shelving
Chemical resistant phenolic cabinets matched to your workflow.
Australian owned & operated — nationwide delivery
Manufactured and supported from Victoria.
