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    CURRENT TRENDS IN FORESTRY, WOOD, PULP, & PAPER

    MARKETS:
    DEMAND PATTERNS ARE SHIFTING  

    To meet the rising demand for lightweight, durable packaging and specialty papers, driven by e-commerce and digital media trends, companies are shifting towards faster production and more flexible supply chains. Gates offers belt solutions that help mills and manufacturers optimize their operations, enabling them to stay agile and competitive in this evolving market. 

     

    TECHNOLOGY:
    INNOVATION IS DRIVING EFFICIENCY 

    Innovative practices, such as precision forestry and advanced wood processing techniques, are improving efficiency and product quality. In paper manufacturing, technologies like optimized milling and drying are enhancing performance. At Gates, we contribute by replacing roller chains with lightweight belts, driving efficiency, increasing safety, and reducing noise. 

     

    ENVIRONMENT:
    SUSTAINABLE CHOICES ARE KEY 

    With consumers demanding eco-friendly materials and corporations setting goals to reduce carbon footprints, using sustainable timber and recycled resources is the preferred choice in construction and manufacturing. Gates industrial belt drives support our customers' energy efficiency goals, and help operators lower their greenhouse gas (GHG) emissions. 

     

    POLY CHAIN®: A GAME CHANGER FOR CULP LUMBER COMPANY

    Five years later, still running strong.  Culp Lumber switched from heavy chain drives to Gates® Poly Chain:  Maintenance Manager, Charlie Smith shares how this simple change transformed their operations — boosting efficiency, reducing maintenance, and improving safety. Discover the power of innovation with Gates.

    GATES POLY CHAIN 

    For over a century, since the introduction of the first Gates V-belt, we’ve been at the forefront of power transmission innovation. Our teams continue to push the boundaries of materials science and advanced technology to deliver unmatched performance. Take our Poly Chain family, for instance—known for its extraordinary strength, durability, and load-carrying capacity. A three-quarter inch belt can lift an 8,800-pound skid steer with ease. Designed for quiet, lightweight, and clean operation, the curvilinear tooth profile enhances shear strength, while the nonslip nylon tooth facing reduces friction, eliminating the need for lubrication. With minimal stretch, thanks to aramid or Gates-patented carbon fiber tensile cords, our belts are engineered for reliability and maximum efficiency.

     

    LEARN ABOUT OUR INDUSTRIAL BELT SOLUTIONS  

     

    GATES POLY CHAIN GT CARBON BELTS
    LEADING DRIVE TECHNOLOGY 

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    99% EFFICIENCY FOR THE LIFE OF THE DRIVE

    400% GREATER LOAD-BEARING CAPACITY THAN HIGH TORQUE DRIVE (HTD) BELTS

    NO LUBRICATION, RE-TENSIONING, OR MAINTENANCE NEEDED

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    QUIETER, PLUS EQUIVALENT CAPACITY TO ROLLER CHAIN IN THE SAME WIDTH

    WHAT CAN GATES DO FOR YOUR OPERATION?

    Whether you’re switching from chain, upgrading your current belt drive, or improving your hose assemblies, we can help — contact us today to find out how.  

     

    TALK WITH AN EXPERT

     

    FORESTRY, WOOD, PULP, & PAPER INNOVATIONS & SOLUTIONS

    DESIGN POWER™ 

    Available for desktop and mobile, Gates Design Power equips you with free access to our digital innovation toolkit, including Design Flex Pro, so you can engineer and optimize the next generation of belt drive systems.

    eCRIMP

    Here’s the quick and easy way to get current crimp specifications for your Gates hydraulic and industrial hose assemblies. Obtain the necessary data you need to produce safe, factory-quality assemblies. Set up a custom account, create favorites, and design crimp sheets to save, download, and print. 

    CHAIN TO BELT CONVERSION COST SAVINGS CALCULATOR

    See how much you can save in operating costs by switching from roller chain to Gates Poly Chain or PowerGrip synchronous belts. 

    Contact our team of industry experts and application engineers to learn more about forestry, wood, pulp, & paper today.