I. Core Structural Components
Stainless Steel Dyeing Tank: A one-piece dyeing tank made of high-quality 316L stainless steel. Under normal operating conditions, its service life can reach over 10 years. However, prolonged contact with highly corrosive dyes without regular maintenance can lead to localized corrosion and leakage, shortening its lifespan by approximately 30%.
Various Rollers (Guide Rollers, Rolling Rollers, etc.): Rollers with polished, corrosion-resistant surfaces. With regular lubrication and maintenance, their service life is approximately 8-10 years. Prolonged high-load friction can cause surface wear and deformation, affecting the smoothness of fabric movement.
II. Power and Circulation Components
Axial Flow Pump/Circulation Pump: Under normal operating conditions, its service life is approximately 5-8 years. Prolonged operation in high-concentration dye solutions can cause impurities to wear the impeller, leading to premature insufficient flow, abnormal noise, and other malfunctions.
Transmission Mechanism: With regular grease lubrication, gears, chains, and other components have a service life of approximately 6-8 years. Insufficient lubrication or overload will significantly accelerate wear and shorten component lifespan.
III. Control and Heating Components
Electronic Controllers and Temperature Control Systems: In dry, non-corrosive environments, their service life is approximately 5-7 years. Prolonged exposure to high temperature and humidity will accelerate circuit board aging, leading to temperature control inaccuracies.
Steam Solenoid Valves and Heaters: Imported high-quality steam solenoid valves can have a service life of over 6 years, while ordinary domestic models last about 3-5 years. Long-term scaling in heaters will reduce heat exchange efficiency; under normal maintenance, their lifespan is approximately 4-6 years.
IV. Key Factors Affecting Component Lifespan
Regular, standardized maintenance, cleaning, descaling, and timely lubrication can extend component lifespan by 20%-30%. However, prolonged exposure to high temperature, humidity, and corrosive gases will accelerate component aging and significantly shorten overall service life.
