The Composite Salt Spray Test Chamber (also termed Cyclic Corrosion Chamber) is a cutting-edge solution for accelerating corrosion testing under dynamic environmental conditions. Designed to replicate marine, industrial, and high-altitude environments, this chamber integrates salt spray, humidity cycling, and thermal stress to accelerate material degradation and validate product durability.
Main Features:
Multi-Environmental Simulation: Simultaneous salt spray (NSS, CASS, ASS modes), humidity (20%~98% RH), and temperature cycling ( -30℃ to +85℃); Customizable test protocols( e.g., 2h salt spray→22h humidity→2h dry cycle).
Corrosion-Resistant Contruction: PP flame-retardant panels(8mm thickness) and SUS 304 stainless steel components.
Leak-Proof System: Magnetic sealing and water-electricity separation design.
Control System: 7-inch touchscreen with IoT-enabled remote monitoring.
Safety & Compliance: Dual-stage pressure relief valves and emergency stop buttons; Meets ISO 9227, ASTM B117, GJB 150.11 and MIL-STD-810G standards.
Functional Advantages:
1. Multi-stage Testing:
Salt Spray: Simulate maritime or industrial salt fog (pH6.5-7.2 adjustable).
Humidity Cycling: Transition between high humidity (95% RH) and dry conditions.
Thermal Stress: Rapid temperature shifts to induce thermal fatigue.
2. Material Innovations
PP/304 Stainless Steel: Resists salt-induced corrosion and ensures long-term stability.
Anti-Corrosion Nozzles: Teflon-coated spray heads prevent clogging and ensure uniform distribution.
Applications:
Automotive: Test anti-corrosion coatings on chassis, engine parts, and EV battery enclosures.
Aerospace: Validate materials for corrosion resistance in humid, high-salinity environments.
Electronics: Assess PCBs, connectors, and IoT devices under cyclic salt fog conditions.
Why Choose This Chamber?
Accelerated Testing: Achieve 3–5x faster corrosion results compared to static salt spray tests.
Global Compliance: Meet aerospace (MIL-STD-810G), automotive (SAE J2334), and ISO standards.
Customizable Configurations: Extend temperature ranges, add vibration tables, or integrate humidity chambers.
The Composite Salt Spray Test Chamber (also termed Cyclic Corrosion Chamber) is a cutting-edge solution for accelerating corrosion testing under dynamic environmental conditions. Designed to replicate marine, industrial, and high-altitude environments, this chamber integrates salt spray, humidity cycling, and thermal stress to accelerate material degradation and validate product durability.
Main Features:
Multi-Environmental Simulation: Simultaneous salt spray (NSS, CASS, ASS modes), humidity (20%~98% RH), and temperature cycling ( -30℃ to +85℃); Customizable test protocols( e.g., 2h salt spray→22h humidity→2h dry cycle).
Corrosion-Resistant Contruction: PP flame-retardant panels(8mm thickness) and SUS 304 stainless steel components.
Leak-Proof System: Magnetic sealing and water-electricity separation design.
Control System: 7-inch touchscreen with IoT-enabled remote monitoring.
Safety & Compliance: Dual-stage pressure relief valves and emergency stop buttons; Meets ISO 9227, ASTM B117, GJB 150.11 and MIL-STD-810G standards.
Functional Advantages:
1. Multi-stage Testing:
Salt Spray: Simulate maritime or industrial salt fog (pH6.5-7.2 adjustable).
Humidity Cycling: Transition between high humidity (95% RH) and dry conditions.
Thermal Stress: Rapid temperature shifts to induce thermal fatigue.
2. Material Innovations
PP/304 Stainless Steel: Resists salt-induced corrosion and ensures long-term stability.
Anti-Corrosion Nozzles: Teflon-coated spray heads prevent clogging and ensure uniform distribution.
Applications:
Automotive: Test anti-corrosion coatings on chassis, engine parts, and EV battery enclosures.
Aerospace: Validate materials for corrosion resistance in humid, high-salinity environments.
Electronics: Assess PCBs, connectors, and IoT devices under cyclic salt fog conditions.
Why Choose This Chamber?
Accelerated Testing: Achieve 3–5x faster corrosion results compared to static salt spray tests.
Global Compliance: Meet aerospace (MIL-STD-810G), automotive (SAE J2334), and ISO standards.
Customizable Configurations: Extend temperature ranges, add vibration tables, or integrate humidity chambers.
