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PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

PowerGrip™ GT™2 Twin Power™ belts are designed to transmit up to 100% of its load carrying capacity on either side of the belt, or be used in applications that transmit fractional loads to both sides. This enables synchronization from both drive surfaces. Additionally, the belt is designed to limit noise emissions, enabling the belts to be employed in a variety of precision and public-facing applications, from robotics and medical devices to vending and currency handling machinery. GT™ stands for Gates® tooth, our proprietary modified curvilinear belt tooth profile. In PowerGrip™ GT™2 Twin Power™ belts, the fiberglass tensile cords and neoprene body are completed with a nylon tooth cover that provides high resistance to tooth jump for non-slip usage and exceptional belt life.

Reduce both acquisition costs and transaction costs by designing with PowerGrip® GT®3. The PowerGrip® GT®3 belt has two times the rating of competitive RPP® belts and its predecessors PowerGrip® GT® and HTD® belts. PowerGrip® GT®3 drive systems offer the largest selection of belts and sprockets in the industry. At reduced widths, PowerGrip® GT®3 belts can be used as a direct replacement for most 8 mm and 14 mm pitch standard rubber RPP® and HTD® synchronous belts.

Reduce both acquisition costs and transaction costs by designing with PowerGrip® GT®3. The PowerGrip® GT®3 belt has two times the rating of competitive RPP® belts and its predecessors PowerGrip® GT® and HTD® belts. PowerGrip® GT®3 drive systems offer the largest selection of belts and sprockets in the industry. At reduced widths, PowerGrip® GT®3 belts can be used as a direct replacement for most 8 mm and 14 mm pitch standard rubber RPP® and HTD® synchronous belts.

Reduce both acquisition costs and transaction costs by designing with PowerGrip® GT®3. The PowerGrip® GT®3 belt has two times the rating of competitive RPP® belts and its predecessors PowerGrip® GT® and HTD® belts. PowerGrip® GT®3 drive systems offer the largest selection of belts and sprockets in the industry. At reduced widths, PowerGrip® GT®3 belts can be used as a direct replacement for most 8 mm and 14 mm pitch standard rubber RPP® and HTD® synchronous belts.

Reduce both acquisition costs and transaction costs by designing with PowerGrip® GT®3. The PowerGrip® GT®3 belt has two times the rating of competitive RPP® belts and its predecessors PowerGrip® GT® and HTD® belts. PowerGrip® GT®3 drive systems offer the largest selection of belts and sprockets in the industry. At reduced widths, PowerGrip® GT®3 belts can be used as a direct replacement for most 8 mm and 14 mm pitch standard rubber RPP® and HTD® synchronous belts.

Reduce both acquisition costs and transaction costs by designing with PowerGrip® GT®3. The PowerGrip® GT®3 belt has two times the rating of competitive RPP® belts and its predecessors PowerGrip® GT® and HTD® belts. PowerGrip® GT®3 drive systems offer the largest selection of belts and sprockets in the industry. At reduced widths, PowerGrip® GT®3 belts can be used as a direct replacement for most 8 mm and 14 mm pitch standard rubber RPP® and HTD® synchronous belts.

Reduce both acquisition costs and transaction costs by designing with PowerGrip® GT®3. The PowerGrip® GT®3 belt has two times the rating of competitive RPP® belts and its predecessors PowerGrip® GT® and HTD® belts. PowerGrip® GT®3 drive systems offer the largest selection of belts and sprockets in the industry. At reduced widths, PowerGrip® GT®3 belts can be used as a direct replacement for most 8 mm and 14 mm pitch standard rubber RPP® and HTD® synchronous belts.

Reduce both acquisition costs and transaction costs by designing with PowerGrip® GT®3. The PowerGrip® GT®3 belt has two times the rating of competitive RPP® belts and its predecessors PowerGrip® GT® and HTD® belts. PowerGrip® GT®3 drive systems offer the largest selection of belts and sprockets in the industry. At reduced widths, PowerGrip® GT®3 belts can be used as a direct replacement for most 8 mm and 14 mm pitch standard rubber RPP® and HTD® synchronous belts.

Reduce both acquisition costs and transaction costs by designing with PowerGrip® GT®3. The PowerGrip® GT®3 belt has two times the rating of competitive RPP® belts and its predecessors PowerGrip® GT® and HTD® belts. PowerGrip® GT®3 drive systems offer the largest selection of belts and sprockets in the industry. At reduced widths, PowerGrip® GT®3 belts can be used as a direct replacement for most 8 mm and 14 mm pitch standard rubber RPP® and HTD® synchronous belts.

Reduce both acquisition costs and transaction costs by designing with PowerGrip® GT®3. The PowerGrip® GT®3 belt has two times the rating of competitive RPP® belts and its predecessors PowerGrip® GT® and HTD® belts. PowerGrip® GT®3 drive systems offer the largest selection of belts and sprockets in the industry. At reduced widths, PowerGrip® GT®3 belts can be used as a direct replacement for most 8 mm and 14 mm pitch standard rubber RPP® and HTD® synchronous belts.

Reduce both acquisition costs and transaction costs by designing with PowerGrip® GT®3. The PowerGrip® GT®3 belt has two times the rating of competitive RPP® belts and its predecessors PowerGrip® GT® and HTD® belts. PowerGrip® GT®3 drive systems offer the largest selection of belts and sprockets in the industry. At reduced widths, PowerGrip® GT®3 belts can be used as a direct replacement for most 8 mm and 14 mm pitch standard rubber RPP® and HTD® synchronous belts.

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