"A 5mm diameter steel ball applies 20N of pressure, 'crushing' continuously for 1 hour at 125°C high temperature — this is not an extreme challenge, but a life-or-death test for electrical products." Recently, the industrial waterproof connector from Shenzhen Cablein Tech Co., Ltd. delivered a stunning performance in the authoritative ball pressure test, with a deformation of only 1.68mm, far exceeding the threshold of the international standard IEC 60695-10-2. This hardcore data validates the quality promise of being "waterproof and even more hazard-proof."
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In the field of electrical product safety, the high-temperature pressure stability test, represented by the ball pressure test, is the "gold standard" for material heat resistance. It is especially critical for key components like connectors and sockets. Conducted according to international standards such as IEC 60695-10-2, this test simulates long-term normal operation or extreme high-temperature and high-pressure environments. It involves applying 20N of pressure (equivalent to a 3kg weight) with a 5mm metal ball at 125°C onto the sample for over 1 hour. Performance reliability is judged by the amount of deformation. If the material's heat resistance is inadequate, it can easily soften and deform, leading to exposure of live parts and potential hidden dangers such as short circuits and fires.
The significance of the ball pressure test is even more critical for industrial waterproof connectors used in harsh scenarios like outdoor and high-temperature industrial equipment. Recently, the industrial waterproof connector from Shenzhen Cablein Tech Co., Ltd. successfully passed authoritative ball pressure certification, demonstrating its stringent pursuit of product safety and quality.
The Cablein Tech waterproof connector not only achieves IP67/IP68 rated waterproof and dustproof performance but also reinforces thermal stability in its structural design. The product is entirely made of high-performance materials, and its housing possesses exceptional anti-deformation capabilities. Under the severe test conditions of 125°C and 20N pressure, the housing showed no softening, collapse, or cracking, with a deformation of only 1.68mm. This performance is far superior to ordinary PVC plastics. This result not only fully complies with the IEC 60695-10-2 standard but also surpasses many similar products in the industry. Even in scenarios where equipment operates at high temperatures for extended periods or faces extreme environmental temperature challenges, the Cablein Tech waterproof connector maintains excellent structural stability. It can effectively block electric shock risks, short-circuit faults, and external electromagnetic interference, building a solid "firewall" for the safe and efficient operation of equipment.
The Cablein Tech waterproof connector successfully addresses industry pain points of traditional products, such as poor waterproofing, susceptibility to loosening, and cable breakage. It achieves an efficient unity of waterproof protection and secure connection, highlighting a multi-dimensional design philosophy of "Waterproof + Stable + Safe." Coupled with the ball pressure certification, its application scenarios are further expanded. Whether for high-temperature industrial equipment, bumpy automotive electronics, communication base stations in harsh outdoor environments, or precision medical instruments, it can ensure continuous and reliable circuit connection with its excellent heat resistance, waterproofing, and stability.
From material selection and structural design to finished product testing, Cablein Tech always follows top international electrical safety standards as its guide, adhering to the "Safety First" principle and deeply practicing its corporate mission of "providing customers with more reliable connector solutions." Taking industrial product safety to the extreme meets users' profound safety needs. In the future, Cablein Tech will continue to delve into technology, integrating higher performance with better safety to launch revolutionary, high-quality products, contributing to the high-quality development of the industry.
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"A 5mm diameter steel ball applies 20N of pressure, 'crushing' continuously for 1 hour at 125°C high temperature — this is not an extreme challenge, but a life-or-death test for electrical products." Recently, the industrial waterproof connector from Shenzhen Cablein Tech Co., Ltd. delivered a stunning performance in the authoritative ball pressure test, with a deformation of only 1.68mm, far exceeding the threshold of the international standard IEC 60695-10-2. This hardcore data validates the quality promise of being "waterproof and even more hazard-proof."
![]()
In the field of electrical product safety, the high-temperature pressure stability test, represented by the ball pressure test, is the "gold standard" for material heat resistance. It is especially critical for key components like connectors and sockets. Conducted according to international standards such as IEC 60695-10-2, this test simulates long-term normal operation or extreme high-temperature and high-pressure environments. It involves applying 20N of pressure (equivalent to a 3kg weight) with a 5mm metal ball at 125°C onto the sample for over 1 hour. Performance reliability is judged by the amount of deformation. If the material's heat resistance is inadequate, it can easily soften and deform, leading to exposure of live parts and potential hidden dangers such as short circuits and fires.
The significance of the ball pressure test is even more critical for industrial waterproof connectors used in harsh scenarios like outdoor and high-temperature industrial equipment. Recently, the industrial waterproof connector from Shenzhen Cablein Tech Co., Ltd. successfully passed authoritative ball pressure certification, demonstrating its stringent pursuit of product safety and quality.
The Cablein Tech waterproof connector not only achieves IP67/IP68 rated waterproof and dustproof performance but also reinforces thermal stability in its structural design. The product is entirely made of high-performance materials, and its housing possesses exceptional anti-deformation capabilities. Under the severe test conditions of 125°C and 20N pressure, the housing showed no softening, collapse, or cracking, with a deformation of only 1.68mm. This performance is far superior to ordinary PVC plastics. This result not only fully complies with the IEC 60695-10-2 standard but also surpasses many similar products in the industry. Even in scenarios where equipment operates at high temperatures for extended periods or faces extreme environmental temperature challenges, the Cablein Tech waterproof connector maintains excellent structural stability. It can effectively block electric shock risks, short-circuit faults, and external electromagnetic interference, building a solid "firewall" for the safe and efficient operation of equipment.
The Cablein Tech waterproof connector successfully addresses industry pain points of traditional products, such as poor waterproofing, susceptibility to loosening, and cable breakage. It achieves an efficient unity of waterproof protection and secure connection, highlighting a multi-dimensional design philosophy of "Waterproof + Stable + Safe." Coupled with the ball pressure certification, its application scenarios are further expanded. Whether for high-temperature industrial equipment, bumpy automotive electronics, communication base stations in harsh outdoor environments, or precision medical instruments, it can ensure continuous and reliable circuit connection with its excellent heat resistance, waterproofing, and stability.
From material selection and structural design to finished product testing, Cablein Tech always follows top international electrical safety standards as its guide, adhering to the "Safety First" principle and deeply practicing its corporate mission of "providing customers with more reliable connector solutions." Taking industrial product safety to the extreme meets users' profound safety needs. In the future, Cablein Tech will continue to delve into technology, integrating higher performance with better safety to launch revolutionary, high-quality products, contributing to the high-quality development of the industry.
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