Laboratory Seating Guide: Choosing Chairs for Clean & Wet Labs

Lab researchers spend 6–10 hours a day at their workstations. Poor seating leads to back pain, fatigue, and repetitive strain injuries — all of which reduce productivity and increase turnover. Choosing the right laboratory seating is an investment in both safety and researcher well-being.

Types of Laboratory Chairs

General Purpose Lab Chairs

Standard lab chairs with polyurethane or vinyl upholstery, adjustable height, and optional armrests. Suitable for dry labs, general chemistry, and office areas within labs.

Cleanroom Chairs

Designed for ISO-classified clean environments. Cleanroom chairs feature low-particulate materials, sealed seams, and smooth surfaces that don’t shed particles. Available in ISO 4–8 compatible grades.

ESD (Anti-Static) Chairs

Essential for electronics labs, semiconductor clean rooms, and any environment with static-sensitive components. ESD chairs have conductive materials that safely dissipate static charges through a grounding chain to the floor.

Wet Lab Chairs

Waterproof, chemical-resistant chairs for labs where spills and splashes are common. Sealed upholstery prevents absorption, and non-corroding frames handle humid and wet conditions.

Lab Stools

Backless or low-back stools for bench-height or standing-height workstations. Lab stools offer freedom of movement and a smaller footprint. Available with foot rings for seated-height support.

Key Features to Consider

  • Height range: Match to your bench height. Standard (17″–22″ seat) for 30″ benches. Medium (19″–26″) for 36″ benches. High (22″–32″) for standing-height counters.
  • Foot rings: Essential for any chair where feet don’t comfortably reach the floor.
  • Upholstery material: Polyurethane (chemical-resistant, easy-clean), vinyl (budget-friendly), fabric (comfort but harder to clean).
  • Casters: Hard casters for carpet, soft casters for hard floors. Locking casters for stability during precise work.
  • Cleanroom rating: If needed, specify the ISO class your chair must meet.

Matching Chairs to Lab Types

Lab Type Chair Type Key Requirements
Chemistry lab General purpose Chemical-resistant upholstery, adjustable height
Biology/microbiology General purpose Easy-clean surface, foot ring
Cleanroom Cleanroom rated ISO-class certified, sealed seams, low particle
Electronics/semiconductor ESD chair Conductive path, grounding chain
Wet/wash-down Wet lab chair Waterproof, corrosion-resistant frame
Pathology/histology Ergonomic task chair Lumbar support, arm rests, long-sitting comfort

Frequently Asked Questions

How much do lab chairs cost?

General lab chairs: $200–$600. Cleanroom chairs: $400–$1,200. ESD chairs: $300–$900. Ergonomic task chairs: $500–$1,500. Lab stools: $150–$400.

What’s the difference between a lab stool and a lab chair?

Lab stools are backless or have a minimal backrest, offering freedom of movement for active work. Lab chairs have full backrests and often armrests, providing better support for prolonged seated work. Choose stools for tasks that require frequent standing/sitting and chairs for extended desk or bench work.

How do I know what seat height I need?

Measure your work surface height and subtract 10″–12″ for ideal seat height. For a 36″ bench, you need a chair that adjusts to 24″–26″. For a 30″ bench, standard 17″–22″ range works.

Shop Lab Seating

Browse our full range of laboratory chairs and stools. Volume discounts available for lab buildouts.

Request a seating quote → or call (801) 999-8277.

Laboratory Shelving Systems: Open Wire, Stainless Steel & Polymer

Proper shelving is essential for organizing reagents, supplies, samples, and equipment in any laboratory. But lab shelving isn’t like office or warehouse shelving — it must meet specific requirements for chemical resistance, cleanability, and in some cases, cleanroom compatibility.

Here’s how to choose the right laboratory shelving system for your application.

Types of Laboratory Shelving

Chrome Wire Shelving

The most common and affordable option. Chrome wire shelving allows air circulation and sprinkler coverage, making it a health department favorite for lab stockrooms and supply areas.

  • Best for: Dry storage, supply rooms, non-chemical areas
  • Chemical resistance: Low — chrome corrodes in humid or acidic environments
  • Cleanroom compatible: No (particle-generating surface)
  • Cost: $ (lowest)

Stainless Steel Wire Shelving

The premium choice for wet and corrosive environments. Stainless steel resists chemicals, moisture, and extreme temperatures, making it the go-to for labs working with acids, bases, and biologicals.

  • Best for: Wet labs, coolers, cleanrooms, chemical storage
  • Chemical resistance: Excellent
  • Cleanroom compatible: Yes (304 or 316 stainless)
  • Cost: $$$ (3–4x chrome)

Polymer Wire Shelving

Epoxy or polymer-coated wire shelving provides a middle ground — better corrosion resistance than chrome at a lower cost than stainless. Some polymer shelves are dishwasher-safe.

  • Best for: Walk-in coolers, moderate chemical exposure, food-contact areas
  • Chemical resistance: Good
  • Cleanroom compatible: Some models
  • Cost: $$ (1.5–2x chrome)

Solid Stainless Steel Shelving

Solid (non-wire) stainless shelving provides the cleanest surface for cleanroom and controlled environments. No open wire mesh means no particle-trapping crevices.

  • Best for: Cleanrooms, sterile processing, pharmaceutical manufacturing
  • Chemical resistance: Excellent
  • Cleanroom compatible: Yes (polished finishes available)
  • Cost: $$$$ (premium)

High-Density Mobile Shelving

When lab storage space is maxed out, mobile shelving systems compact static rows onto rails, eliminating wasted aisles and increasing capacity by 50–100%. Ideal for chemical storage rooms, sample archives, and supply areas.

Chemical Storage Shelving Requirements

Shelving used for chemical storage must comply with OSHA and NFPA guidelines:

  • Corrosion-resistant materials (no uncoated carbon steel)
  • Lip edges or containment trays to prevent bottles from falling
  • Segregation by chemical compatibility (acids separate from bases, oxidizers separate from flammables)
  • Proper ventilation in the storage area
  • Seismic restraints in earthquake zones

Frequently Asked Questions

What shelving is best for a cleanroom?

Stainless steel — either solid or wire — in 304 or 316 grade with a polished finish. Electropolished stainless is the gold standard for ISO 5–7 cleanrooms.

Can I use standard warehouse shelving in a lab?

Not recommended. Standard painted steel shelving doesn’t meet chemical resistance, cleanability, or NSF requirements that labs need. Lab-grade shelving is purpose-built for chemical environments.

How much does lab shelving cost?

Chrome wire: $200–$400 per unit. Polymer: $300–$600. Stainless wire: $600–$1,200. Solid stainless: $1,000–$2,500. Mobile shelving: $100–$250 per linear foot.

Get a Shelving Recommendation

Tell us what you’re storing and we’ll recommend the right shelving type, material, and configuration for your lab.

Request a free shelving consultation → or call (801) 999-8277.

Laboratory Casework Buying Guide: Steel vs Wood vs Phenolic

Laboratory casework — the cabinets, drawers, and storage units that line your lab walls and fill your islands — represents one of the largest investments in any lab build or renovation. Choosing the right material and configuration impacts your lab’s functionality, durability, and long-term maintenance costs for decades.

At Labs USA, we supply all three major casework materials. This guide provides an objective comparison to help you choose the right option for your laboratory.

Three Casework Materials Compared

Steel Casework

Steel (also called metal) casework is the most popular choice for laboratories worldwide. Modern steel casework uses heavy-gauge steel with a chemical-resistant powder coat finish, creating a durable, cleanable surface that resists most lab chemicals.

  • Chemical resistance: Good. Powder coat resists most chemicals except concentrated acids that sit for extended periods.
  • Durability: Excellent. Steel doesn’t warp, swell, or degrade from moisture. Dents and scratches can be touched up.
  • Fire resistance: Superior. Steel is non-combustible and won’t contribute to fire spread.
  • Cost: Mid-range ($300–$600 per linear foot, installed)
  • Best for: General chemistry, biology, pharmaceutical, healthcare, and government labs

Wood Casework

Wood casework uses hardwood (typically oak or maple) or high-quality plywood with a chemical-resistant finish. It provides a warm, traditional aesthetic that’s popular in university settings.

  • Chemical resistance: Moderate. Catalyzed lacquer finishes resist many chemicals, but concentrated solvents and acids can damage the finish.
  • Durability: Good in dry environments. Susceptible to water damage and swelling in wet labs.
  • Fire resistance: Poor. Wood is combustible, though it can be treated with fire retardants.
  • Cost: Mid to high ($350–$700 per linear foot, installed)
  • Best for: University labs, dry chemistry, electronics, research offices

Phenolic Casework

Solid phenolic resin is the premium material for lab environments with aggressive chemical exposure, high humidity, or cleanroom requirements. Every surface — doors, panels, shelves, and structure — is made from solid phenolic, making the entire unit impervious to moisture and most chemicals.

  • Chemical resistance: Excellent. Phenolic resists virtually all common laboratory chemicals including concentrated acids and bases.
  • Durability: Excellent. Won’t corrode, swell, delaminate, or require refinishing.
  • Fire resistance: Good. Phenolic is self-extinguishing and produces minimal smoke.
  • Cost: Premium ($500–$1,000 per linear foot, installed)
  • Best for: Wet chemistry, acid work, cleanrooms, humid environments, corrosive labs

Side-by-Side Comparison

Factor Steel Wood Phenolic
Chemical resistance Good Moderate Excellent
Water/moisture Excellent Poor Excellent
Fire resistance Excellent Poor Good
Impact resistance Good Good Fair
Appearance Industrial/modern Warm/traditional Modern/clinical
Weight Heavy Medium Light–Medium
Maintenance Low Moderate Very Low
Lifespan 20–30+ years 15–25 years 25–40+ years
Cost range $$ $$–$$$ $$$–$$$$

Casework Configurations

  • Base cabinets: Under-counter storage with doors, drawers, or a combination
  • Wall cabinets: Mounted above the work surface for chemical storage, glassware, and supplies
  • Tall (full-height) cabinets: Floor-to-ceiling storage for bulk supplies and equipment
  • Filler panels & end panels: Complete the installation with finished exposed surfaces
  • ADA-accessible: Modified heights, toe kicks, and pull hardware for wheelchair access

How to Choose the Right Material

  1. Assess chemical exposure: If your lab uses concentrated acids, bases, or aggressive solvents daily, phenolic is the safest choice.
  2. Evaluate the environment: Wet labs, wash areas, and humid environments rule out wood.
  3. Consider aesthetics: University and corporate labs may prefer wood’s appearance. Industrial and healthcare labs typically choose steel.
  4. Budget realistically: Steel offers the best value for most labs. Phenolic costs more but lasts longer in harsh environments.
  5. Think long-term: The cheapest option today may cost more over 20 years if it needs early replacement.

Not sure which material fits your lab? Our team can evaluate your specific chemical list and recommend the right casework. Browse all laboratory furniture options →

Frequently Asked Questions

Can I mix casework materials in one lab?

Yes. Many labs use steel base cabinets (for durability and cost) with phenolic wall cabinets in fume hood areas (for superior chemical resistance). Mixing materials is common and practical.

How long does custom casework take?

Standard casework: 4–8 weeks. Custom configurations: 8–16 weeks. Quick-ship casework is available in 2–4 weeks for fast-track projects.

Should I buy fixed or mobile casework?

Mobile (wheeled) casework is ideal for flexible labs that reconfigure frequently. Fixed casework is more stable and cost-effective for permanent installations. Many labs use a combination.

Get a Free Casework Quote

Send us your lab layout and we’ll specify the right casework material, configuration, and finish — with a detailed quote.

Request a free casework quote → or call (801) 999-8277.

Lab Workstations & Tables: How to Choose the Right Bench for Your Lab

Lab workstations and tables are where science happens. Every experiment, analysis, and procedure starts at a bench — so choosing the right one directly impacts productivity, safety, and researcher comfort.

At Labs USA, we supply lab workstations from every major manufacturer. This guide helps you navigate the options and select the right bench for your specific laboratory application.

Types of Lab Workstations

Fixed-Height Lab Benches

The most common configuration. Standard heights are 30″ (sitting), 36″ (standing), and adjustable between. Fixed benches are the most stable and cost-effective option for general chemistry, biology, and teaching labs.

Adjustable-Height Lab Benches

Electric or manual height adjustment from 26″–42″ accommodates seated and standing work positions. Required for ADA compliance and increasingly popular for researcher ergonomics. Essential for shared labs where multiple users have different height preferences.

Island Benches

Freestanding benches accessible from all sides, typically placed in the center of the lab. Island benches maximize collaboration and workspace. Utilities (gas, water, electrical) are routed through overhead service carriers or through-floor conduits.

Peninsula Benches

Extend from a wall or casework line, accessible from three sides. A good compromise between wall benches and islands when floor space is limited.

Wall Benches

Mounted along walls with access from one side only. The most space-efficient configuration. Ideal for narrow labs and perimeter workstations.

Frame Materials

Steel (C-Frame & 4-Leg)

Welded steel frames offer the best strength-to-cost ratio. C-frame (cantilever) designs leave the space under the bench open for knee clearance and mobile storage. 4-leg frames are simpler and less expensive.

  • Pros: Strong, durable, chemical-resistant powder coat, most affordable
  • Cons: Industrial appearance, can show damage from impacts
  • Best for: General labs, teaching labs, industrial testing labs

Wood

Solid hardwood or plywood frames provide a traditional lab aesthetic. Wood-framed benches are popular in university settings and labs where appearance matters.

  • Pros: Warm aesthetic, vibration dampening, proven durability
  • Cons: Not suitable for wet environments, susceptible to water damage
  • Best for: University labs, dry chemistry, electronics, R&D

Phenolic

Solid phenolic resin frames are completely chemical-resistant and moisture-proof. The most durable option for aggressive chemical environments.

  • Pros: Waterproof, chemical-resistant, doesn’t corrode or swell
  • Cons: Most expensive frame material
  • Best for: Wet labs, cleanrooms, corrosive environments

Work Surface Materials

The countertop is just as important as the frame. Choose based on your chemical exposure:

Surface Chemical Resistance Heat Resistance Cost Best For
Epoxy resin Excellent 350°F $$$ Chemistry, biology, general labs
Phenolic resin Good 350°F $$ General chemistry, teaching labs
Stainless steel Excellent 1500°F+ $$$ Cleanrooms, medical, industrial
Chemical-resistant laminate Moderate 275°F $ Light chemistry, electronics
Polypropylene Excellent (acids) 180°F $$ Acid work, wet chemistry

For a deep dive, read our laboratory work surfaces comparison guide.

Standard Sizes

  • Width: 48″, 60″, 72″, 96″ (most common)
  • Depth: 24″, 30″, 36″ (30″ is standard for general labs)
  • Height: 30″ (seated), 36″ (standing), or adjustable 26″–42″

Integrated Services

Lab benches can integrate:

  • Gas outlets (natural gas, nitrogen, compressed air, vacuum)
  • Water (hot, cold, DI/RO) with cup sinks
  • Electrical outlets (110V, 208V, USB)
  • Data/network connections
  • Reagent shelving and overhead service carriers

Frequently Asked Questions

How much do lab workstations cost?

Basic lab tables start at $1,500–$3,000. Full-featured workstations with casework, services, and premium work surfaces range from $5,000–$15,000 per station. Custom configurations vary based on specification.

What height should a lab bench be?

30″ for seated work, 36″ for standing. Adjustable-height benches (26″–42″) are ideal for multi-user labs and ADA compliance. The right height depends on the primary work position and whether stools or chairs will be used.

How long do lab benches take to deliver?

Stock benches ship in 1–2 weeks. Standard configurations take 4–8 weeks. Custom benches take 8–16 weeks. Quick-ship options are available for urgent projects.

Get a Free Lab Layout

Send us your room dimensions and we’ll provide a free 3D lab layout with workstation recommendations, specifications, and pricing.

Request a free lab layout → or call (801) 999-8277.