Products

THRIVE

A sustainable thermoplastic composite

THRIVE: A Revolution for Your Plastic Products

THRIVE composites use cellulose fibers to reinforce various plastics, allowing customers to bypass many of the current challenges with conventional fiber-reinforced composites like fiberglass. In fact, in real-world manufacturing, THRIVE behaves like no other material, offering:

  • Improved part quality
  • Enhanced molding efficiency
  • Higher productivity
  • Reduced energy needs
  • Cost savings
  • Many other benefits

60_percent_reduction_in_cycle_time_THRIVE

15_percent_part_weight_reduction_THRIVE

 

Warm to Touch

Low Odor

Highly Colorable

Bonds Easily

Strong at Low Weights

From Trees to THRIVE—The Difference Inside

Trees are life, and THRIVE composites represent that life. THRIVE begins life as a pine seedling that grows rapidly.

After the bark is removed and the tree cut into planks for houses and other useful products, the wood chips are processed to remove sugars and glues, leaving highly purified cellulose fibers.

These refined cellulose fibers can be blended with a variety of plastics to create the strong, lightweight, environmentally responsible material that is THRIVE composites. And because the cellulose fibers are highly purified, there’s very little darkening or odor when correctly compounded into selected thermoplastic resins.

Possibilities for THRIVE—Diverse as Your Imagination

THRIVE composites improve performance in applications requiring fiber-reinforced and fiber-filled thermoplastics, as well as filled and unfilled styrenic and olefinic polymers, including:

  • Automotive parts
  • Office furniture
  • Household goods and kitchenware
  • Small and large appliances
  • Wheels and pulleys
  • Consumer personal goods
  • Building and construction goods
 

Easy to Use, More Productive—Plus Environmentally Responsible

THRIVE composites can be easily injection molded, and parts made with THRIVE are:

More productive and economical
THRIVE melts and is highly moldable at significantly lower melt temperatures than other composites, requiring less energy to produce and much faster cooling times. These features significantly reduce overall part costs while significantly improving manufacturing productivity.

Lighter weight
The cellulose fibers in THRIVE have a lower specific gravity than other common reinforcement materials yet provide the strength and resilience found in trees. Some manufacturers have reduced part weight by as much as 15 percent versus previous composite options

Design friendly
THRIVE gives you more options than ever before, including: 

  • Stronger knit lines and improved over-molded bond strength with TPEs, Complete or partial fiber dispersion, 
  • No surface sink in parts with many ribs and bosses, and
  • A range of color choices and recycled plastic options.

Environmentally responsible
THRIVE is a tree-based bio-composite that can improve your environmental footprint by replacing less sustainable alternatives (such as glass fibers), reducing energy consumption, and lowering the final weight of your finished components. What’s more, we offer new grades using recycled base polymers, and THRIVE itself can be reground and used again and again without a significant loss of mechanical properties due to the unique three-dimensional structure of International Paper’s fiber molecules.

More about THRIVE

  • Processing study demonstrates efficiencies of THRIVE composites (Plastics Engineering)
  • Lincoln MKX features THRIVE
  • THRIVE wins environmental award from Society of Plastics Engineers, Auto Division
  • Trees to THRIVE– THRIVE™ is the International Paper brand name for a family of cellulose fiber reinforced thermoplastic composites that are strong, lightweight and environmentally responsible. THRIVE™ comes from trees and can be used in products as diverse as automotive parts, furniture and kitchen bowls and cutting boards to provide the same strength and reinforcement found in trees.
  • Breaking all the Rules– THRIVE™ composites enable product designers and manufacturers to break rules that often are roadblocks to greater innovation and production efficiency. This video showcases some of the rules THRIVE™ has helped customers break.
  • Making a Difference– To celebrate the 10th anniversary of its revolutionary RKS guitar, RKS Design combined International Paper THRIVE™ composites and cellulose plastics – an industry first – to break all the rules with 12 advanced one-of-a-kind guitars. These guitars feature body shells and pick guard that deliver beautiful aesthetics and sweeter acoustics while showcasing the attributes that THRIVE™ brings to all products – warm to the touch and engaging to the senses; lightweight yet stronger; and a sustainable solution that gives designers the flexibility needed from a material.