Product Description
Our company is main manufacturer and supplier of Led Lights Salt Spray Corrosion Chamber. The offered range help to test through the examination of Solar lights, plant lights, covered lights, burrow lights, auto lights, wellspring lights, the show and drove lights arrangement items and defensive layer of salt haze consumption capacity. The offered Led Lights Salt Spray Corrosion Chamber testing machine range is manufactured by us utilizing the superior quality material stainless steel, alloy and other material with the help of modern techniques and latest machinery to meet industry standards.
Item Features :
- Durable hard 8 mm PVC development, against erosion and simple to clean.
- Reservoirs with blending framework on stand.
- Separate warming framework separated from salt testing chamber to guarantee precise outcome and secure circuit.
- Exposure zone fixed with erosion safe PVC sheets.
- Clear cover permits survey of test conditions.
- Peaked cover avoids trickling of buildup onto tests.
- Water seal and water level assurance framework.
- Heated humidifying tower with air help valve, customizable tower tip to situate salt haze.
- Automatic DI water fills to humidifying tower.
- Digital temperature control.
- Integral over-assurance on radiators.
- Low water cut-off assurance on humidifying tower.
Standard Parameter :
| Model | HD-E808-60 |
| Internal Size ( L X WX H) | 600x400x450mm |
| External Size (L X WX H) | 1070x600X1180mm |
| Equipment Material | Both inside & outside shell adopt P.V.C rigid plastic board |
| Temperature Range | Room temperature 55oC |
| Temperature Fluctuations | 0.5oC |
| Temperature Uniformity | 2oC |
| Temperature Precision | +1oC |
| Spraying method | Continuous and Periodic spray type |
| Test Chamber Temperature | Salt Spray Method (NSS ACSS)35+1oC Corrosion-resistant Testing Method (CASS) 50+1oC |
| Saturated air Barrel Temperature | Salt Spray Method (NSS ACSS)47+1oC Corrosion-resistant Testing Method (CASS) 63+1oC |
| Brine Temperature | 35oC+1oC |
| Spray Quantity | 1.0 2.0 ml / 80cm2 / hr |
| PH value | Salt Spray Method (NSS ACSS6.5 7.2) Corrosion-resistant Testing Method(CASS)3.0 3.2 |
| Lab Volume | 108L |
| Brine Tank Capacity | 25L |
| Multiple Safety Protection Devices | Current discharge protection, over pressure protection, over temperature protection, over load fuse protection |
| Accessories | Testing Salt/ Measuring tank/Nozzle Equipment x 1 set |
| Air source | 1HP Air pump (provided by buyer) |
Other Details :
| Minimum | 1 SET |
| Delivery | 15 days after order. |
| Country | China |
| Brand Name | HD |
| Package | Each set protected with resin fiber and PP film, then put into Strong wooden case with operation manual and video inside. |
| Payment | L/C, D/P, T/T |
| Price | FOB, CIF |
Advanced Corrosion Testing for LED and Electronic ComponentsOur salt spray chamber utilizes continuous or programmable intermittent testing methods, optimizing corrosion analysis for LED lights, metals, and electronic parts. With a powerful digital microprocessor-based controller and corrosion-resistant construction, this chamber ensures precise simulation of harsh environments essential for compliance and quality assurance.
User-Friendly Design with Enhanced Safety FeaturesEquipped with an acrylic lid for clear visibility, specimen holders, and a mist collector, this chamber is engineered for ease of operation and maintenance. Over-temperature protection, low water alarms, and robust titanium heaters guarantee reliable functioning and operator safety in electrical and research environments.
FAQs of Led Lights Salt Spray Corrosion Chamber:
Q: How is the LED Lights Salt Spray Corrosion Chamber operated for testing LED lights?
A: The chamber is operated using a microprocessor digital controller, allowing users to program both continuous and intermittent spray cycles. Simply place up to 30 specimens on the holders, set the required parameters, and start the test. The acrylic lid enables clear observation throughout the test.
Q: What materials can be tested using this salt spray corrosion chamber?
A: This chamber is suitable for LED lights, various automotive parts, electrical components, and other corrosion-prone materials like metals and electronics, making it versatile for research and quality evaluation.
Q: When should I use the continuous versus intermittent spray modes?
A: Continuous spray mode is ideal for accelerated corrosion testing, while intermittent mode replicates fluctuating environmental conditions. Selection depends on the product requirements and the specific corrosion resistance standards being followed.
Q: Where can the chamber be installed and what are the installation requirements?
A: The chamber operates best in environments with ambient temperatures between 5C and 35C. It requires an AC 220V / 50Hz power supply and an air source providing 1.03.0 kg/cm pressure. Installation should be on a level surface with drainage access.
Q: What is the process for conducting a salt spray test in this chamber?
A: Load specimens into the chamber, fill the water tank, set the spray and timer parameters, and start the programmable cycle. The chamber will maintain a salt spray environment at 35C (2C), closely monitored by the digital control system, ensuring reproducible results.
Q: How does over-temperature protection and low water alarm benefit the operator?
A: Over-temperature protection prevents the chamber from exceeding safe temperature limits, while the low water level alarm alerts users to replenish the tank, both enhancing operational safety and protecting test samples.
Q: What benefits does using this corrosion chamber provide for manufacturers and suppliers?
A: Utilizing this chamber allows manufacturers, traders, and suppliers to rigorously assess product durability, minimize warranty claims, comply with industry standards, and ensure higher customer satisfaction by verifying corrosion resistance before products reach the market.