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TL gear 001
TeLin
product advantage
Nylon gears have the following product advantages:
1. Low noise: nylon material has good shock absorption and noise reduction effect, so that nylon gears produce less noise when running.
2. Self-lubricating: Nylon has self-lubricating properties and does not require additional lubricants, reducing the need for maintenance and upkeeping.
3. Wear resistance: nylon gear surface is smooth, wear-resistant, can maintain good performance in long-term use.
4. Corrosion resistance: Nylon material has good corrosion resistance to many chemicals and is suitable for various harsh environments.
5. Impact resistance: Nylon gears have excellent impact resistance and can withstand sudden shock loads without easy deformation or damage.
6. Lightweight: Compared with metal gears, nylon gears have a lighter weight, which can reduce the load of the overall equipment.
Overall, nylon gears are low noise, self-lubricating, wear-resistant, corrosion-resistant, impact-resistant and lightweight, making them ideal for many applications.
technical parameters
The technical parameters of nylon gears depend on the specific application and manufacturer. Here are some common technical parameters of nylon gears:
1. Gear modulus: Gear modulus refers to the ratio of the number of gear teeth to the diameter of the gear, usually expressed in millimeters.
2. Gear modulus accuracy: The modulus accuracy of nylon gears determines the accuracy and quality of gears, and common accuracy grades are grades 4, 5, 6, etc. in ISO1328 standards.
3. Number of gear teeth: The number of gear teeth indicates the number of teeth on the gear, which determines the transmission ratio and working characteristics of the gear.
4. Gear pressure angle: Gear pressure angle is the angle between the pressure line and the gear axis on the gear tooth surface, and the common pressure angle is 20 degrees and 14.5 degrees.
5. Gear material: Nylon gears are usually made of nylon 6, nylon 66 or other nylon composite materials, which have good wear resistance, corrosion resistance and impact resistance.
6. Gear hardness: The hardness of nylon gears is usually expressed in Rockwell Hardness, and the common hardness range is 60-70.
These technical parameters may vary depending on the manufacturer and application, it is recommended to refer to the specific product specification sheet or communicate with the manufacturer to obtain accurate technical data when selecting nylon gears.
product usage
Nylon gears are widely used in various mechanical transmission systems and have many different product uses. Here are some common applications for nylon gears:
1. Power tools: Nylon gears are commonly used in transmission systems in power tools, such as electric drills, electric screwdrivers, etc.
2. Household appliances: Nylon gears play an important role in household appliances, such as blenders, blenders, juicers, etc.
3. Auto parts: Nylon gears are widely used in auto parts, such as engine parts, transmissions, steering systems, etc.
4. Industrial equipment: Nylon gears are used in the transmission system of various industrial equipment, such as conveyors, mixing equipment, packaging machinery, etc.
5. Food processing: Due to the good corrosion resistance and hygienic properties of nylon materials, nylon gears are widely used in food processing industries, such as mixers, conveying equipment, etc.
6. Pharmaceutical and chemical: Nylon gears are also used in industries such as pharmaceuticals and chemicals because they are resistant to chemicals and meet hygiene requirements.
In general, nylon gears are very versatile and suitable for various areas of mechanical transmission needs.
product operation guideline
Product operating guidelines for nylon gears can vary depending on the specific application and equipment. Here are some common operating guidelines for nylon gears:
1. Lubrication: Nylon gears usually do not require additional lubricant because nylon materials have self-lubricating properties. During use, ensure that the surface of the gear is clean to avoid the accumulation of dust and dirt.
2. Temperature control: The working temperature of nylon gears is usually used within the specified range. Avoid excessive temperatures to avoid softening or deformation of the nylon material.
3. Load limitation: Nylon gears are suitable for low load and low speed applications. Make sure not to exceed the rated load of the gear during use, so as not to cause damage or premature wear.
4. Regular inspection: regularly check the wear of nylon gears, especially the tooth surface and tooth root part of the gear. If wear or damage is found, replace the gear in time to ensure the normal transmission effect.
5. Installation and maintenance: Follow the installation guide provided by the manufacturer for correct installation to ensure that the gears and other transmission components work well. Clean and maintain gears regularly to extend their service life.
Please note that the above operating instructions are for reference only, the specific operating instructions should be determined according to the specific nylon gear products and equipment, it is recommended to carefully read and follow the operating manuals and guidelines provided by the manufacturer before use.
FAQ and answer
Question 1: What is the wear resistance of nylon gear? A: Nylon gears have good wear resistance and are able to maintain good performance over long periods of use. However, for high loads and high speed applications, other more wear-resistant materials may need to be considered. Question 2: Do nylon gears need lubricants? In general, nylon gears do not need additional lubricants, because nylon materials have self-lubricating properties, but in some special cases, some specific nylon gear lubricants can be used. Question 3: What is the operating temperature range of nylon gears? The operating temperature range of nylon gear is usually between -40 C and +120 C The specific operating temperature range will vary according to the type of nylon material and manufacturer's specifications Please note that the above are general questions and answers, specific questions and answers may vary for different nylon gear products and manufacturers
product advantage
Nylon gears have the following product advantages:
1. Low noise: nylon material has good shock absorption and noise reduction effect, so that nylon gears produce less noise when running.
2. Self-lubricating: Nylon has self-lubricating properties and does not require additional lubricants, reducing the need for maintenance and upkeeping.
3. Wear resistance: nylon gear surface is smooth, wear-resistant, can maintain good performance in long-term use.
4. Corrosion resistance: Nylon material has good corrosion resistance to many chemicals and is suitable for various harsh environments.
5. Impact resistance: Nylon gears have excellent impact resistance and can withstand sudden shock loads without easy deformation or damage.
6. Lightweight: Compared with metal gears, nylon gears have a lighter weight, which can reduce the load of the overall equipment.
Overall, nylon gears are low noise, self-lubricating, wear-resistant, corrosion-resistant, impact-resistant and lightweight, making them ideal for many applications.
technical parameters
The technical parameters of nylon gears depend on the specific application and manufacturer. Here are some common technical parameters of nylon gears:
1. Gear modulus: Gear modulus refers to the ratio of the number of gear teeth to the diameter of the gear, usually expressed in millimeters.
2. Gear modulus accuracy: The modulus accuracy of nylon gears determines the accuracy and quality of gears, and common accuracy grades are grades 4, 5, 6, etc. in ISO1328 standards.
3. Number of gear teeth: The number of gear teeth indicates the number of teeth on the gear, which determines the transmission ratio and working characteristics of the gear.
4. Gear pressure angle: Gear pressure angle is the angle between the pressure line and the gear axis on the gear tooth surface, and the common pressure angle is 20 degrees and 14.5 degrees.
5. Gear material: Nylon gears are usually made of nylon 6, nylon 66 or other nylon composite materials, which have good wear resistance, corrosion resistance and impact resistance.
6. Gear hardness: The hardness of nylon gears is usually expressed in Rockwell Hardness, and the common hardness range is 60-70.
These technical parameters may vary depending on the manufacturer and application, it is recommended to refer to the specific product specification sheet or communicate with the manufacturer to obtain accurate technical data when selecting nylon gears.
product usage
Nylon gears are widely used in various mechanical transmission systems and have many different product uses. Here are some common applications for nylon gears:
1. Power tools: Nylon gears are commonly used in transmission systems in power tools, such as electric drills, electric screwdrivers, etc.
2. Household appliances: Nylon gears play an important role in household appliances, such as blenders, blenders, juicers, etc.
3. Auto parts: Nylon gears are widely used in auto parts, such as engine parts, transmissions, steering systems, etc.
4. Industrial equipment: Nylon gears are used in the transmission system of various industrial equipment, such as conveyors, mixing equipment, packaging machinery, etc.
5. Food processing: Due to the good corrosion resistance and hygienic properties of nylon materials, nylon gears are widely used in food processing industries, such as mixers, conveying equipment, etc.
6. Pharmaceutical and chemical: Nylon gears are also used in industries such as pharmaceuticals and chemicals because they are resistant to chemicals and meet hygiene requirements.
In general, nylon gears are very versatile and suitable for various areas of mechanical transmission needs.
product operation guideline
Product operating guidelines for nylon gears can vary depending on the specific application and equipment. Here are some common operating guidelines for nylon gears:
1. Lubrication: Nylon gears usually do not require additional lubricant because nylon materials have self-lubricating properties. During use, ensure that the surface of the gear is clean to avoid the accumulation of dust and dirt.
2. Temperature control: The working temperature of nylon gears is usually used within the specified range. Avoid excessive temperatures to avoid softening or deformation of the nylon material.
3. Load limitation: Nylon gears are suitable for low load and low speed applications. Make sure not to exceed the rated load of the gear during use, so as not to cause damage or premature wear.
4. Regular inspection: regularly check the wear of nylon gears, especially the tooth surface and tooth root part of the gear. If wear or damage is found, replace the gear in time to ensure the normal transmission effect.
5. Installation and maintenance: Follow the installation guide provided by the manufacturer for correct installation to ensure that the gears and other transmission components work well. Clean and maintain gears regularly to extend their service life.
Please note that the above operating instructions are for reference only, the specific operating instructions should be determined according to the specific nylon gear products and equipment, it is recommended to carefully read and follow the operating manuals and guidelines provided by the manufacturer before use.
FAQ and answer
Question 1: What is the wear resistance of nylon gear? A: Nylon gears have good wear resistance and are able to maintain good performance over long periods of use. However, for high loads and high speed applications, other more wear-resistant materials may need to be considered. Question 2: Do nylon gears need lubricants? In general, nylon gears do not need additional lubricants, because nylon materials have self-lubricating properties, but in some special cases, some specific nylon gear lubricants can be used. Question 3: What is the operating temperature range of nylon gears? The operating temperature range of nylon gear is usually between -40 C and +120 C The specific operating temperature range will vary according to the type of nylon material and manufacturer's specifications Please note that the above are general questions and answers, specific questions and answers may vary for different nylon gear products and manufacturers
