1. What’s the difference between phenolic resin and laminate work surfaces?
Phenolic resin tops are typically more resistant to chemicals, moisture, and heat, and are often preferred for wet labs or heavier duty use. Laminate tops are usually better for light to moderate lab tasks, paperwork, and computer use where harsh chemicals are not involved. When comparing products, check each item description for the surface material and recommended applications.

2. Are these tables suitable for constant exposure to chemicals or moisture?
Some science and lab tables are built for frequent exposure to common lab chemicals and spills, while others are meant for lighter use. Phenolic and other lab grade tops usually offer better protection than standard laminate, but performance depends on the specific material and finish. For critical chemical or moisture resistance, review the surface description on each product page and match it to your lab’s typical use.

3. How much weight can the table safely support during lab work?
Weight capacity depends on the frame design, materials, and hardware used for each table. Heavier gauge steel frames and bracing usually support more weight than lighter, furniture style designs. For sensitive or heavy equipment, check the individual product details for any stated load guidelines and choose a table built for lab or institutional use.

4. Do the tables meet common lab safety or ANSI/BIFMA standards?
Many lab grade tables are designed to align with common institutional and office durability standards, but exact certifications vary by model. Some products may meet specific ANSI/BIFMA or comparable standards, while others are simply built for general commercial use. If standards compliance is important for your facility, look for any noted certifications in the product description.

5. Can the height be adjusted to accommodate stools and standing work?
Some science and lab tables have fixed heights, while others offer leg adjustability or optional height ranges. Adjustable models typically let you fine tune the work surface for seated stool height, standard desk height, or partial standing tasks. Check each product page for notes on fixed height versus adjustable legs and the available height range.

6. Are casters lockable and stable enough for sensitive equipment use?
Tables with casters commonly include at least two locking wheels to help keep the table in place, but the exact caster type and locking method differ by model. Larger, heavy duty casters generally provide better stability and smoother movement for equipment carts and mobile lab benches. For sensitive instruments, review the product details for caster type and consider choosing a table with a rigid frame and locking casters.

7. Can multiple tables be securely ganged into larger workstations?
Many lab tables can be placed side by side to create larger layouts, and some offer optional ganging hardware for added security. Using purpose built ganging brackets helps keep tops aligned and reduces gaps that can catch equipment or spill materials. When planning a larger run of tables, look for any mention of ganging kits or accessories in the product’s description.

8. How are replacement tops or parts ordered if something is damaged?
Replacement tops and parts are typically ordered by matching the original table model and specifying the component you need, such as a top, leg, or caster. Availability depends on the manufacturer and how long the item has been in production. Once you know the exact product name or SKU from your order or product page, our team can advise on compatible replacement options.