Stainless Lab Table with Black Phenolic Top & Solid HD Shelf

Engineered for demanding lab environments, this stainless steel worktable combines a durable black phenolic top with a solid HD shelf to deliver a reliable, easy-to-clean workspace. Available in stationary and mobile configurations, it supports efficient workflows in research spaces, classrooms, and industrial labs.

Features

• Dimensions: 36"W x 30"D x 36"H — a compact footprint that fits most lab layouts while providing ample working space.
• Top surface: Black phenolic top — non-porous, chemical resistant, and easy to wipe down for quick sanitation.
• Frame: Welded stainless steel construction for durability and corrosion resistance in demanding environments.
• Shelf: Solid HD shelf offers sturdy storage for tools, glassware, and supplies within arm’s reach.
• Configurations: Available in stationary and mobile versions to suit fixed benches or flexible classroom/workspace layouts.
• Weight: Approximately 92 lb for solid stability during use.
• Finish: Stainless steel finish designed for lab environments that require easy maintenance and long-term durability.
• SKU: LTSM36PB • Category: Metro

Benefits

• Durable, easy-to-clean surface: The phenolic top resists chemicals, stains, and heat, making it ideal for frequent prep, mixing, and wet lab tasks.
• Boosted organization: The solid HD shelf provides immediate storage space, helping minimize clutter and streamline workflows.
• Long-term value: Stainless steel framing offers robust longevity in active laboratory environments, reducing replacement and maintenance costs over time.
• Flexible layout options: Choose stationary for fixed lab benches or mobile to reconfigure spaces for demonstrations, team projects, or rotating coursework.
• Ideal for a range of users: Perfect for researchers, educators, and technicians who need a reliable, cleanable work surface with built-in storage.
• Practical alternative to wood or laminate tops: Compared to traditional wood or laminate tables, this setup provides superior chemical resistance and easier sanitation without sacrificing stability.