Wedge Belts In Hoxter

Product DescriptionDetails of our Endless Timing Belts :\015\012\015\012\342\227\217 Continuous timing and double timing belts\015\012\342\227\217 High level of resistance to wear\015\012\342\227\217 Resistant to oils and greases\015\012\342\227\217 Good bonding for cleats\015\012\342\227\217 High level of position pr

Product DescriptionDetails of our Polyurethane Timing Belts : Timing and double timing belts. Imperial and metric profiles. Economic drive. High level of resistance to teeth shearing. Resistant to aggressive chemicals. Can be used with pulleys to ISO 5296

Product DescriptionDetails of our Polyurethane Track Timing Belts : * Directional stability and synchronous running of the timing belt. * Resistant to lateral forces, i.e. secure guide of the timing belt. * Ideal for material handling, with precise directional stability in the areas of cyclic operation, separation and

Product DescriptionDetails of our High Performance Polyurethane Timing Belts : Higher power transfer up to 30 % in comparison with conventional standard polyurethane timing belts. Longer operational life thanks to optimised materials. High level of flexibility thanks to optimised materials. Runs in all convention

Product DescriptionDetails of our Ribbed Belt :\015\012\015\012\342\200\242 High transmission ratios.\015\012\342\200\242 High power transmission.\015\012\342\200\242 Minimum slip\015\012\342\200\242 Largely oil- and temperature-resistant\015\012\342\200\242 Vibration-free and quiet\015\012\342\200\242 Low stretch

Product DescriptionDetails of our Timing Belt : High effi ciency factor Slip-free power transmission Maximum lifetime Enormous scuff resistance Maintenance-free operation Extraordinarily resistant against cold, heat and oil Extreme tensile strength

Product DescriptionDetails of our High Performance Wedge Belts : Maintenance-free; optimum tension throughout service life Homogeneous, coordinated integration: belt flank V-grooved pulleys Reduced pulley groove wear due to optimized cover fabric S=C plus Set Constant, can be use in sets without further measurem