MOTORIZED WINDOWS:
Strong DYMETROL® flat drive belt systems transmit power equally under tension or compression, save weight and require no lubrication.  They never need re-tensioning and work well under a wide range of climatic conditions.

    Contact us About these applications:
Picture
Motorized Double Hung Window Drive Systems
Double hung automatic window systems.  
Picture
Architectural sunshade, drapery and vertical blind flat belt drives
DYMETROL® flat drive belt systems replace rubber and synthetic V-belts, toothed timing belts, “bicycle” chain or cable drive mechanisms that must function around a radius.  They easily negotiate any curve-inside, outside or even laterally.  Flat drive belt systems are available in weather-able grades for outdoor exposure.
Kiosks, Banking, Fast Food processing and vending machine flat drive belt systems
DYMETROL® flat drive belt systems are ideal for operation in low-temperature environments.  They can be utilized in almost any linear indexing drive mechanism.  Flat drive belt systems are easily cleaned and lubrication-free operation fights dirt buildup.
Business machines, small appliances and toys flat drive belt systems
DYMETROL® flat drive belt systems are flexible and can be very precisely drive-hole punched to permit tight cornering around small gears and drive wheels in shuttle and positioning devices, photocopiers, etc.

DYMETROL® flat drive belt systems are available worldwide for immediate delivery from stock-in either solid or perforated-in a range of cross- sections.  Custom-engineered belts are also available to meet you’re specific design requirements. 
Automotive window regulator, passive restraint, windshield wiper, seat adjustment and sunroof system.
An excellent alternative to metal cables and sector gear mechanisms in any motion application, DYMETROL® flat drive belt systems require no lubrication and, unlike metal, can follow convoluted routes under tension/compression or tension/tension service.

DYMETROL® Flat Drive Belt Systems create endless opportunities for advanced system design in applications that require energy transfer, energy absorption or indexing.

The family of DYMETROL® flat mechanical drive belt systems gives design engineers exciting alternatives for just about any linear, rotary or convoluted motion application.  DYMETROL® flat drive belt systems can be used where other materials cannot because they remain strong and flexible over a broad temperature range.  Lightweight, yet extremely durable, DYMETROL® flat drive belt systems help reduce weight and costs, too.

DYMETROL® flat drive belt systems are available in various sizes, either solid or custom-perforated, to accept wide variety of drive gear shapes.  Made from oriented polymers. DYMETROL® flat drive belt systems deliver these high-performance advantages:
  • Strong, tough and durable
DYMETROL® flat drive belt systems are oriented by a special process to provide tensile strength of up to 1850 kg/cm2 (26.3 Kpsi).  They easily withstand the high tensile loading of motor-operated systems and demonstrate excellent fatigue resistance through many thousands of operating cycles.  The unique properties imparted by the orientation process enable DYMETROL® flat drive belt systems to outperform all other plastic shapes in mechanical chain drive capability.
  • Design flexibility
Unlike metal cable, DYMETROL® flat drive belt systems can be channeled to follow the path of a complex curve, transmitting energy efficiently under both tensile and compressive conditions.
  • Temperature and weather stability
DYMETROL® flat drive belt systems function well within a temperature range of -40C to +80C.  Flat drive belt systems have weatherable grades available for outdoor exposure.  
  • Lightweight and corrosion-free
DYMETROL® flat drive belt systems are lightweight and require no lubrication in service.  Additional benefits compared to metal systems include quiet operation, corrosion resistance and more compact design opportunities.
  • Creep and shock resistance
DYMETROL® flat drive belt systems demonstrate high degrees of creep resistance under constant tension while maintaining the ability to handle high shock loading.