We use salt spray testing to test the corrosion resistance performance of our dog training products.
With the aging of the social population and the gradual increase in per capita income, pet has become increasingly very common in households. At the same time, the change in consumer attitudes has led people to pay more attention to pet safety and mental and physical health. Accordingly, the market demand for pet training products continues to grow. Products such as LED light-emitting collars for dogs and cats, remote dog trainers, bark collars, and electronic fences have become essential equipment for many pet owners.
As a professional supplier and manufacturer of pet training devices, TIZE understands that products that have not undergone sufficient testing and evaluation may cause trouble or even harm to both the owner and pet. Therefore, each of our products must pass various rigorous tests before leaving the factory. As mentioned earlier, we use aging tests to check battery life performance, horizontal pulling force tests to test the stability of data cables connected to plug/socket interfaces, and tensile tests to test the durability of leash leather materials.
For our bark collars, remote dog training collars, and pet fences, electronic components are used in the waterproof electronic devices of these products, as well as metal contacts on the receivers of anti barking collar, remote dog training collars and pet fences. We then use salt spray testing to test the corrosion resistance performance of these products.
Do you know what the salt spray test is? It's an environmental test that evaluates the corrosion resistance of electronic components, metal materials, or non-metallic casing in artificially simulated salt spray conditions created using equipment such as a salt spray chamber or a salt spray tester. The duration of a product's resistance to salt spray determines the quality of its corrosion resistance.
Compared to natural environments, the salt concentration of the chloride in the salt spray environment created by this test can be several times or even tens of times higher than that found in general natural environments, significantly accelerating the corrosion rate. Salt spray testing dramatically shortens the time needed to obtain results compared to natural exposure testing. For instance, test a product sample in natural exposure conditions, it might take up to a year for it to corrode, while testing it under artificially simulated salt spray conditions takes only 24 hours to obtain similar results.
The salt spray testing is necessary, and it's an essential aspect of ensuring that we provide high-quality products to our customers. Next, we'll give you a detailed introduction to how salt spray test helps us safeguard the quality of our products.
LED dog collar
The LED electronic collar is a pet wearable product designed to protect pets during nighttime outings. TIZE USB LED collars come in both battery-powered and rechargeable models, and the battery box typically contains materials such as metal components and plastic shells. If the quality of these external shell materials and internal metal components is subpar, the battery compartment may oxidize or rust, causing the inserted batteries or internal circuit board to lose some performance. This can reduce the overall usage time of the product and decrease customer satisfaction. By using a salt spray testing chamber, we can test the corrosion resistance performance of the electronic collar's battery box to ensure its durability and safety.
No Bark Collar, Dog Training Device, Pet Fence
Customers familiar with our products know that our pet training electronic products, such as no bark collars, dog training devices, and pet fences, are rechargeable and waterproof. Some electronic components are used in the waterproof electronic devices of the product, which cannot come into contact with water and other chemicals, otherwise it will cause damage and affect the functionality of the device. In addition, the two contacts of the receivers for our bark collars and dog training devices are also made of metal materials. If their corrosion resistance is poor, it is easy to affect the device's performance to transmit vibrations and static pulses.
Our users are distributed all over the world. For users in coastal cities and areas around inland salt lakes, the air has a high salt content, while for users in polar cold regions with year-round rain and snow, the air has high humidity. Due to the influence of climatic conditions, generally, items are easily corroded by salt spray. In addition, there will be dogs wearing bark collars or dog trainer receiver collars walking swimming in the water, which is unavoidable. Therefore, taking into these factors, we have designed our bark collars and dog training device with waterproof function. To ensure the performance of our dog training product's waterproof device, our engineers use a salt spray test machine to simulate various weather environments and the corrosive effect of seawater environments, and then evaluate and improve the corrosion resistance of our product materials and electronic devices.
Although the application of salt spray test chamber in the field of pet training products is not as extensive as other equipment, it is also very important experimental device. Through testing with this equipment, the quality of product materials and the safety of the product can be ensured to a large extent. By simulating corrosion under different conditions according to salt spray environment, the stability and durability of the product can be evaluated. Therefore, conducting test operations strictly in accordance with testing standards and recording relevant data helps us improve product quality and user experience.
Providing high-quality products for the market and customers is our mission we will never forget. TIZE, a professional pet products supplier and manufacturer, using quality-guaranteed raw materials, high-end technologies, and modern machines since established, we are confident to say that our dog training devices are manufactured perfectly.