Many old textile factories will find that the old reducers that have been used for many years are experiencing more and more frequent failures. Problems such as oil leakage, abnormal noise, jamming, and accuracy failure are emerging one after another. Repairs are becoming more frequent, and the equipment becomes more difficult to use as it is used. The new textile-specific reducer is still stable and durable in long-term continuous operation. Through comprehensive comparison of new and old models, we can understand the reasons for frequent failures of old equipment and the upgrade advantages of new models.
1. Structural design comparison: The old model has strong versatility and is not specific to working conditions. Most of the old reducers are of general design and are not optimized for the dusty, high humidity and 24-hour continuous operation conditions of the textile workshop. They have a simple sealing structure, poor heat dissipation effect, and weak anti-winding ability. They are prone to dust, impurity accumulation, and poor heat dissipation during long-term operation, resulting in frequent failures of various types. The new JWF and other textile-specific reducers have specifically optimized dust-proof, moisture-proof, and fiber-winding-proof structures, tighter sealing, and more efficient heat dissipation, which are perfectly adapted to harsh textile working conditions.
2. Comparison of materials and processes: The old model has poor wear resistance and is prone to aging and loss. The gears of older models are made of ordinary materials, have low machining accuracy, and have insufficient tooth surface toughness and wear resistance. They are prone to tooth surface wear, chipping, and deformation due to long-term high-frequency starts and stops and heavy-load operation. The new reducer is made of high-strength and wear-resistant gear material, precision processed and formed. The tooth surface has high precision, strong toughness, impact resistance, wear resistance and forging resistance, and can stably withstand continuous heavy-load operation for a long time.
3. Comparison of transmission accuracy: The old model has large errors and easily affects the quality. The old reducer has a long service life. After the gear wears out, the transmission gap becomes larger, the rotation speed and torque output are unstable, and the equipment operation synchronization is poor, which directly leads to uneven fabric texture, disordered density, and increased defective rate. The new high-precision reducer has extremely small transmission errors and strong synchronization of multiple mechanisms. It can accurately control production accuracy and ensure stable fabric quality.
4. Comparison of energy consumption efficiency: The old model has high energy consumption and large losses. The old equipment has large transmission losses, and a large amount of electric energy is converted into vibration and heat energy loss, resulting in higher power consumption; and the running resistance is large, the parts wear out quickly, and the maintenance and replacement costs are increasing year by year. The new high-efficiency reducer has high power transmission utilization, low energy consumption and loss, smooth operation and very little hidden loss.
5. Comparison of maintenance costs: Maintenance of older models is cumbersome and costly. The parts of the old model are seriously aging, have poor versatility, frequent failures and difficult maintenance. The cost of purchasing parts is high, and the loss of downtime and lost work is huge. The new textile-specific reducer has a simple structure, universal accessories, convenient maintenance, simple daily maintenance, extremely low failure rate, and greatly reduced long-term operation and maintenance costs.
Summary: Old reducers frequently suffer from frequent failures. The core factors are poor adaptability to working conditions, backward craftsmanship and materials, and serious loss of precision. For old equipment with frequent failures and low maintenance cost performance, timely upgrade and replacement of new textile-specific reducers can completely solve the problem of failure, stabilize production, reduce costs, and improve quality.
