Sheets - Miura Board

Miura BoardTM provides a long-lasting alternative to plywood, costly plastics, and even aluminum in a wide variety of industrial, infrastructure, and transportation applications. Miura Board sheets are made of 100% recycled materials, including up to 50% post-consumer carpet diverted from landfills.

As a highly scalable technology, Miura BoardTM can help significantly reduce the amount of old carpet piling up in the nation’s landfills. Depending on the product’s desired end-use, this fiber-reinforced plastic composite is available in formulations ranging from 10% to 50% fiber content. We sell Miura BoardTM in sheets of various thicknesses depending on the intended use: load-bearing (e.g. flooring, decking) or non-load bearing (e.g. cladding, siding), which brings a slew of benefits to end-users.

 

Sheet Product Details

Miura BoardTM sheets are fiber-reinforced composite plastic panels that outperform plywood and provide an environmentally friendly alternative to wood, plastic, and even aluminum, particularly in highly corrosive environments. A 100% recycled material, Miura BoardTM offers extreme durability and wear resistance and performs well in a wide variety of outdoor and aggressive environmental conditions. Miura BoardTM requires no costly or special installation fixtures or maintenance after assembly, and it offers a longer service life in applications that must weather a variety of climate conditions, corrosive environments, as well as constant wear by people or animals.

Among Miura BoardTM’s most innovative properties are:

  • Comprised of eco-friendly 100% recycled material
  • More durable than wood
  • Non-corroding
  • Provides a waterproof, non-slip surface that does not swell, split, or splinter
  • Resists harmful effects of mold, rot, and termites
  • Paintable and weldable
  • Can be cut using water jet
  • Easily glued
  • Zero wood content
  • Zero PVC content
  • Zero silica content – no need for breathing protection when cutting

These properties make Miura BoardTM the go-to solution for a wide range of applications, including:

  • Concrete forming, curved, multiple re-utilization
  • Subfloors
  • Underlayment
  • Ground protection mats
  • Cladding to protect insulation in prefab steel buildings
  • Bleachers
  • Greenhouses and nurseries
  • Sheds
  • Roofing
  • Pumphouses
  • Animal husbandry
    • Stall mats
    • Stables
    • Coops
    • Kennels
    • Sheds
    • Pigsty

Benefits of Switching to Miura BoardTM

  • Miura BoardTM’s properties and technical characteristics make it a viable alternative for use in a broad range of applications. Miura BoardTM brings many benefits to the table, including:
  • Extends the performance and longevity of outdoor installations
  • Replaces expensive hardwoods and
  • Eliminates need to replace pressure-treated woods
  • Alleviates supply restraints associated with hardwoods
  • Cuts maintenance costs and reduces cost of ownership
  • Raises green credentials by consisting of 100% recycled material
  • Reduces landfill utilization
  • Provides a unique differentiator vis-á-vis the competition
  • Washable & easy to clean with a pressure washer
  • Does not absorb solvents, oils, chemicals
  • 100% recyclable

 

These benefits all result from Miura BoardTM’s unique technical aspects, including:

  • Density: A ½” thick sheet 40”x96” weighs approximately 70 lb or 2.8 lb per sq.ft
  • Static: Miura BoardTM’s fiber content prevents static build-up
  • Flexural strength and modulus: coming soon
  • Compression strength: coming soon
  • Izod impact resistance: coming soon
  • Abrasion resistance: coming soon

 

Switch to Miura BoardTM Sheeting Today!

Miura BoardTM provides an innovative alternative to wood, plastics, and aluminum in a wide variety of outdoor & “wet” indoor applications. Comprised of 100% recycled materials that can stand the test of time, Miura BoardTM is an essential ingredient to any eco-friendly, durable installation.

Contact us for more information on how you can use Miura BoardTM in your next outdoor project.