Suitable for all industrial applications such as compressors, conveyors and manufacturing equipment.
This belt features a PET/cotton and CR impregnated fabric cover that is abrasion, wear, and oil resistant. And with polyester tension cords and a SBR/NR body rubber blend, the Dayco DRIVE RITE® classical V-belt offers good dimensional stability, is resistant to bending stress and the best value for cost/performance.
Recommended for use in industrial applications where space, weight and power capacity are critical.
Featuring a higher power transmission capacity compared to classical V profiles, this belt features a PET/cotton and CR impregnated fabric cover that is abrasion, wear and oil resistant. And with polyester tension cords and a SBR/NR body rubber blend, the Dayco DRIVE RITE® narrow V-belt offers good dimensional stability and is resistant to bending stress.
Recommended for industrial applications designed with metric cross-sections belts, where space, weight and power capacity are critical.
Featuring a higher power transmission capacity compared to classical V profiles, this belt features a PET/cotton and CR impregnated fabric cover that is abrasion, wear, and oil resistant. And with polyester tension cords and a SBR/NR body rubber blend, the Dayco DRIVE RITE® wedge V-belt offers good dimensional stability and is resistant to bending stress.
Recommended for all industrial applications such as textile mills, fans, lathes, grinding machines, compressors, and pumps – where space, weight and power capacity are critical.
With a polyester cord designed for high stability and low tension decay, this belt is resistant to overloads and shock loads. Its cog profile is engineered to improve cooling effects and bending fatigue as well as provide extra flexibility for smaller pulleys. The raw edge classical V-belt features CR body compound rubber for abrasion, heat and oil resistance. It also has increased power capacity vs. wrapped belts.
Recommended for all industrial applications such as textile mills, fans, lathes, grinding machines, compressors, and pumps – where space, weight and power capacity are critical.
With a polyester cord designed for high stability and low tension decay, this belt is resistant to overloads and shock loads. Its cog profile is engineered to improve cooling effects and bending fatigue as well as provide extra flexibility for smaller pulleys. The raw edge narrow V-belt features CR body compound rubber for abrasion, heat and oil resistance as well as increased power capacity vs. wrapped belts.
Recommended for all industrial applications such as textile mills, fans, lathes, grinding machines, compressors and more – where space, weight and power capacity are critical.
With a polyester cord designed for high stability and low tension decay, this belt is resistant to overloads and shock loads. Its cog profile is engineered to improve bending fatigue and provide extra flexibility for smaller pulleys and cooling effects. The Raw Edge Classical V-Belt features CR body compound rubber for abrasion, heat and oil resistance. It also has increased power capacity vs. wrapped belts.
(A, B, C, D, E) Ideal for demanding industrial applications such as compressors, conveyors and manufacturing equipment.
This belt is constructed with a double fabric PET/cotton cover that offers extreme flexibility and superior resistance against wear and oil. Engineered with high modulus polyester tension cords and a SBR/BR body rubber blend, the Dayco GOLD LABEL® classical V-belt offers superior dimensional stability, excellent support against overloads and shock loads and is resistant to bending stress.
(3V, 5V, 8V) Recommended for use in industrial applications where space, weight and power capacity are critical.
Featuring a higher power transmission capacity compared to classical V profiles, this belt is constructed with a double fabric cover that offers extreme flexibility and enables the belt to run on smaller pulleys. And with high modulus polyester tension cords and a SBR/BR body rubber blend, the Dayco GOLD LABEL® narrow V-belt offers superior oil and heat resistance, excellent dimensional stability, great protection against overloads and shock loads and good bending stress resistance.
(SPZ, SPA, SPB, SPC) Recommended for industrial applications designed with metric cross-section belts, where space, weight and power capacity are critical.
Featuring a higher power transmission capacity compared to classical V profiles, this belt is constructed with a double fabric cover that offers extreme flexibility and enables the belt to run on smaller pulleys. And with high modulus polyester tension cords and a SBR/BR body rubber blend, the Dayco GOLD LABEL® wedge V-belt offers superior dimensional stability, high resistance to overloads and shock loads, excellent oil and heat resistance and support against bending stress.
(AX, BX, CX) Recommended for all industrial applications such as textile mills, fans, lathes, grinding machines, compressors and pumps – where space, weight and power capacity are critical.
With a stronger PET polyester cord design for improved performance, the Dayco GOLD LABEL® raw edge classical V-belt offers high stability, low tension decay, improved durability and reduced maintenance. Its cog profile is engineered to improve cooling effects and bending fatigue and provide extra flexibility for smaller pulleys. This raw edge belt features EPDM rubber for more advanced abrasion, heat and oil resistance at wider temperature ranges as well as increased power capacity vs. wrapped belts.
(3VX, 5VX) Recommended for all industrial applications such as textile mills, fans, lathes, grinding machines, compressors and pumps – where space, weight and power capacity are critical.
With a stronger PET polyester cord design for improved performance, the Dayco GOLD LABEL® raw edge narrow V-belt offers high stability, low tension decay, improved durability and reduced maintenance. Its cog profile is engineered to improve cooling effects and bending fatigue as well as provide extra flexibility for smaller pulleys. This raw edge classical design features EPDM rubber for more advanced abrasion, heat and oil resistance at wider temperature ranges and increased power capacity vs. wrapped belts.
(XPZ, XPA, XPB, XPC) Recommended for all industrial applications such as textile mills, fans, lathes, grinding machines, compressors and pumps – where space, weight and power capacity are critical.
With a stronger PET polyester cord design for improved performance, the Dayco GOLD LABEL® raw edge wedge V-belt offers high stability, low tension decay, improved durability and reduced maintenance. Its cog profile is engineered to improve cooling effects and bending fatigue as well as provide extra flexibility for smaller pulleys. This raw edge wedge design features EPDM rubber for more advanced abrasion, heat and oil resistance at wider temperature ranges as well as increased power capacity vs. wrapped belts.
(AAG, BBG, CC) Designed for back-side pulley applications such as lawn & garden, agriculture harvesters, chicken pluckers, mixers, agitators, conveyors and crushers.
The Dayco GOLD LABEL® double angle V-belt is the perfect solution for serpentine drives. With high modulus polyester tension cords that provide superior dimensional stability, the belt is resistant to overloads and shock loads. It features a unique rubber blend that helps protect it against oil, heat and ozone as well as reverse bending where power is transmitted from the belt on both sides.
(#/A, #/B, #/C, #/D, #/AX, #/BX, #/CX, #/3V, #/5V, #/8V, #/3VX, #/5VX, #/SPZ, #/SPA, #/SPB, #/SPC, #/XPZ, #/XPA, #/XPB, #/XPC) Designed for high horsepower and shock load applications, these industrial banded belts are primarily employed on applications where multiple belts have the tendency to vibrate, turn over or come off pulleys when subjected to fluctuating load tensions and high horsepower.
The Dayco GOLD LABEL® industrial banded belt is available in both wrapped molded construction and raw edge versions and provides the same oil and heat resistant characteristics as the Dayco GOLD LABEL® single belts with the addition of a fabric rubber top band for multiple belt stability.
Designed for all major industrial applications.
The new HT Power synchronous belt from Dayco features glass fiber tension cords that offer high dimensional stability, high strength and good flex durability. With a body compound made from chloroprene rubber, these belts offer good shear, heat and oil resistance for a great performance to value ratio. The HT Power belt is designed to withstand temperatures in the range of -4◦F (-20◦C) to 212◦F (100◦C) and belt dimensions according to ISO 5296.
Specially designed for applications requiring high load capability, low or high speeds and high operational safety.
Dayco HT Power Plus synchronous belts are designed with a reinforced parabolic profile for high torque curvilinear pulleys. Offering high cohesive strength, these belts are also abrasion, wear, oil, heat and humidity resistant and can handle a wide range of temperatures from -4◦F (-20◦C) to 212◦F (100◦C). HT Power Plus belts are engineered with a nylon tooth fabric cover that is tear resistant and offers low friction and low noise. Dimensions according to ISO 13050; 8M, 14M antistatic according to ISO 9563.
Designed for a wide range of applications including roller chain replacement or V-belt conversion, pumps, high performance vehicles, high torque-low speed machines, as well as material handling equipment in aggregate, food processing, pulp/paper, wood processing, distribution and agriculture.
The Dayco HT Power Carbon synchronous belt structure has the best combination of advanced and innovative materials for the most demanding applications. It has a hybrid cord made from a combination of glass for high chemical compatibility with HNBR compound and carbon fibers for high mechanical resistance of the belt as well as high precision meshing of the teeth in the sprocket grooves. The polymer compounds used in the belt are combined with aramid chopped fibers to offer improved stiffness and designed to provide extreme resistance to mechanical stress, elevated temperatures and aggressive fluids and chemicals. With excellent dimensional stability, strength and flexibility, along with low noise and low friction, it is meant for high load performances, offering the best in shock load resistance and the highest temperature resistance, -22°F (-30°C) to 266°F (130°C). Belt dimensions designed according to ISO 13050.