Essential Hierarchy Activity Table + Porcelain Top – 30"d X 60"w Rectangle Pro Version [TKjYrSpu]

Hierarchy Activity Table with Porcelain Top

The Hierarchy Activity Table with Porcelain Top is a versatile and durable solution for any workspace. This table combines the elegance of porcelain with the practicality of a steel work surface, offering a superior writing experience. With its robust construction and sleek design, it is perfect for classrooms, offices, or any setting where durability and functionality are a must.

• Superior writability and erasability with porcelain steel surface
• 1 1/8" particleboard core for added strength and stability

Product Specifications and Technical Details

The Hierarchy Activity Table is built to last with its high-quality materials and innovative design. The porcelain steel top provides a durable surface that withstands regular use, while the 1 1/8" particleboard core ensures structural integrity. The injection molded, polypropylene edgebanding adds a sleek finish and is available in black to complement any setting. The table bottom is covered with high-pressure laminate for balanced construction, and the edgeband is installed without nails or glue, ensuring a clean and professional look.

• 24 Ga porcelain steel work surface for superior durability
• 10 gauge steel top plate and two 12 gauge fins for maximum strength

Practical Uses and Benefits

The Hierarchy Activity Table is an ideal choice for a variety of applications. Whether you're a teacher looking for a reliable classroom aid or an office manager in need of a sturdy desk, this table delivers. Its superior writability and erasability make it perfect for collaborative sessions, brainstorming sessions, or any task that requires a writable surface. The table's balanced construction and durable materials ensure it will stand up to the demands of daily use, making it a long-lasting investment for any business or educational environment.

• Perfect for classrooms, offices, and collaborative spaces
• Enhance productivity and collaboration with a writable surface