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When it comes to setting up a laboratory, the selection of casework is not just a matter of aesthetics but also functionality, durability, and safety.
Kathy Barker, in her book “At the Bench, A Laboratory Navigator,” emphasizes the importance of the laboratory work station, stating that its maintenance and setup are integral to the reproducibility of experiments. The Scientific Equipment and Furniture Association (SEFA) further underscores this through their SEFA 8 testing standard which assesses the durability, safety, and structural integrity of laboratory-grade casework.
In this blog, we’re exploring the differences between wood and steel casework, and what makes each an optimal solution for different lab environments.
Wooden Casework: The Natural Choice
Wooden casework is not only about the classic aesthetic appeal – it’s about resilience and performance under rigorous use. While both are great options, let’s explore the reasons a lab user might choose wood over steel. Here are some compelling reasons:
• Warmth and Comfort: Wood adds organic warmth to the lab, making it feel more like a ‘home’ for researchers.
• Aesthetic Diversity: The variety and beauty of wood grains offer a unique visual appeal.
• Durability: When properly maintained, wood cabinets can last for decades, becoming a long-term investment.
• Renewable Resource: Wood is a natural, renewable resource, aligning with environmentally conscious practices.
Steel Casework: A Sleek Alternative
Steel casework offers its own set of advantages, particularly in environments that frequently use harsh chemicals. Here’s why some labs might lean towards steel:
• Chemical Resistance: Powder-coated steel is highly resistant to chemicals, making it ideal for commercial or research labs.
• Longevity: With minimal maintenance, steel casework can last as long as the lab itself.
• Variety in Finishes: Steel offers a wide range of color finishes due to its powder-coated paint.
• Environmental Friendliness: Being recyclable, steel casework aligns with sustainable practices.
Making the choice between wood and steel casework ultimately depends on the specific needs and preferences of the lab. Educational environments, for example, may prefer the repairability of wood, especially in K-12 settings where the lab can be a dynamic learning space. Research and commercial labs, which often deal with more corrosive substances, may opt for the chemical resistance and longevity of powder-coated steel.
In conclusion, both wood and steel casework have their place in the laboratory environment. It’s essential to consider the type of work being conducted, the desired ambiance, and the sustainability practices of the institution when making this decision.
For more information on high-quality laboratory-grade casework, contact your local Kewaunee dealer: https://kewaunee.com/usa-dealer/.