Description

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Metal Material: 316、L DUPLEX SS
Sealing Material: Teflon/ Fluororubber
Working Temperature: -20~200℃
Working Pressure: 0~26MPa
Access Fitting Body and Protective Cover :
Size of Flange : ANSI 2″ RF (or RJ)
Material : CS 、316L、 DUPLEX SS
Working Pressure: 0~26MPa
Working Temperature: -20~200℃

Advantages of ER Probe for Corrosion Monitoring:

In the ever-evolving industry of corrosion monitoring, the use of advanced technology is paramount to facilitate efficient and effective operations. One such innovation is the ER Probe for Corrosion Monitoring. Then our ER Probes, tailored to meet the unique needs of each client, stand out as a perfect blend of quality, affordability, and customization.

1. Superior Quality

Quality is a non-negotiable aspect in the realm of corrosion monitoring. Our ER Probe for Corrosion Monitoring is designed and built with a primary focus on quality. The probes are precision-engineered using premium materials to ensure they withstand harsh operational conditions while delivering accurate and reliable corrosion rate data.

These probes function by measuring the electrical resistance change of a sensing element that is exposed to the same environmental conditions as the pipeline or system being monitored. So the principle is simple: as corrosion happens, the cross-sectional area of the sensing element decreases, leading to an increase in its electrical resistance. By measuring this change, our high-quality ER Probes provide direct, also real-time corrosion rates.

2. Reasonable Pricing

While there’s no denying the importance of quality, we also understand that cost plays a significant role in decision-making. We have strategically priced our ER Probes to offer the best value for money. Despite the premium quality, our pricing structure ensures that the probes are accessible to a broad range of businesses, from small enterprises to large corporations. Then this balance of reasonable pricing and superior quality makes our ER Probes an attractive choice for corrosion monitoring.

3. Customizable Solutions

Every pipeline system has unique attributes and operational conditions, requiring specific monitoring solutions. Recognizing this, we offer customization for our ER Probes. Whether it’s adapting to different pressure conditions, temperature ranges, or corrosive environments, our team is equipped to tailor the probes to suit your specific needs. This ability to customize allows us to provide solutions that align perfectly with the requirements of your system, enhancing the effectiveness of your corrosion monitoring.

4. Unparalleled Customer Service

Beyond the product itself, we pride ourselves on our customer service. From the moment you reach out to us, our team of experts works closely with you to understand your needs, provide solutions, and offer post-purchase support. Therefore, we believe that our relationship with clients extends beyond the point of sale, and we’re committed to ensuring you get the most out of our ER Probes.

In conclusion, our ER Probes for corrosion monitoring are a perfect blend of quality, affordability, and customization. They are designed to provide accurate, real-time corrosion rates, making them an invaluable tool in maintaining the integrity of your pipeline systems. Coupled with the advantage of customization and our commitment to customer satisfaction, our ER Probes are an investment that offers substantial returns in the form of efficiency and peace of mind. By choosing our ER Probes, you’re opting for a solution that’s tailored to meet your needs, without compromising on quality or breaking the bank. Reach out to us today and let’s discuss how our ER Probes can enhance your corrosion monitoring processes.

Difference between Corrosion probe and Coupon?

1. Definition and purpose

Corrosion probes and corrosion coupons are both tools for measuring the degree of corrosion of materials. Then they have a wide range of applications in the field of material corrosion.

A corrosion probe is a long-lasting measuring device, usually a rod-shaped object made of metal or plastic. The probe changes the degree of corrosion over some time through the corrosion effect of the material being tested. This change works to determine the corrosion rate and degree. Then it predicts the life of the material. Corrosion probes are suitable for testing materials under harsh conditions such as heavy loads and environmental corrosion.

A corrosion coupon is a short-term measuring device, usually a small piece made of the material being measured. The coupon can be directly pasted on the surface of the material, and its properties of the same material as the material being tested can be used to measure corrosion. So corrosion coupons are suitable for testing under normal conditions.

2. Differences and applicable scenarios

1). Test time

Corrosion probes require a long period of testing to obtain accurate and reliable corrosion data, while corrosion coupons can be tested in a short time and obtain preliminary results. Therefore, if it requires long-term measurements, corrosion probes are more suitable. Therefore, if you need to quickly judge the corrosion situation, corrosion coupons are more suitable.

2). Test result accuracy

Due to the long-term testing of the corrosion probe, the possibility of errors can be reduced to a certain extent, so the test results are more accurate. However, due to the short testing time of the corrosion coupon, it is difficult to achieve completely accurate results in a short time. Therefore, in the case of higher requirements on results, corrosion probes are better than corrosion coupons.

3). Test environment

In cases where the testing environment is harsh and continuous testing is required, the corrosion probe is a more suitable tool because it can withstand higher workloads for a long time. For testing in normal environments, corrosion coupons can easily complete the testing task, making it more convenient and faster.
So the corrosion probes and corrosion coupons have their advantages, disadvantages, and scope of application in measuring material corrosion. Depending on the specific application environment and test requirements, choosing the right tool can greatly improve test efficiency and test reliability.