Quazite Composolite

In Ground Splice Boxes, Pull Boxes, Handholes, Junction Boxes, Electrical Vaults

• Light Weight
• Strong
• Sunlight and Weather Tolerant
• Flush Mountable
• Skid Resistant Surfaces
• Equipment Pads

Why Use Polymer Concrete?

• Stronger - compressive, flexural, and tensile strengths three to five times higher than traditional concrete
• Lighter - Reduced installation costs
• Low Water Absorption - closed cell material
• Impact Resistant - absorbs impact energy
• Appearance - available in custom colors and surface finishes
• Corrosion Resistant - resistant to alkalines, acids, weathering and other forms of deterioration
• Cost Effective - outperforms conventional materials for longer service and lower life cycle costs
• Easy To Install - no forming needed

Physical Properties

• Freeze/thaw resistance(2,500 cycles) No significant change
• Density 85-150 lbs./cu. ft.
• Barcol hardness 45
• Coefficient of friction 0.5
• Water absorption Less than 1%

What Is Polymer Concrete?

Polymer concrete is made from selectively-graded aggregates in combination with a polymer resin system. When combined through a process of mixing, molding and curing, an extremely powerful crosslinked bond is formed. Precast polymer concrete can be reinforced with fiberglass for exceptional strength, rigidity and light weight.