المؤلّف: wendy zhang

Cryogenic seals work in a very harsh corner of engineering. Temperature is far below zero. Media can be LNG, liquid nitrogen, oxygen, or hydrogen. If the seal fails, the system may leak, freeze, or even form dangerous ice plugs. As a specialized cryogenic seal manufacturer, we design seals that stay tight from cool-down to warm-up. This article gives an engineer-level view of how these seals work and how to specify them for real projects. 1.What Makes Cryogenic Seals Different? Most standard...

Industry: Automotive Application: Actuator and valve modules for electrified transmissions; Fuel Cell Regulator Valves for Hydrogen applications Media: Air, Hydrogen, Fuel, Oil

High-performance liquid chromatography (HPLC) systems, like those from Agilent, rely on precision seals to maintain fluid integrity and analytical accuracy. Over time, these seals degrade, increasing the risk of leaks, pressure instability, or sample contamination. Replacing worn components with compatible, cost-effective alternatives can save your lab money—without sacrificing performance.       In this guide, we explore the most common Agilent HPLC seal models, provide high-quality...

Explore our durable mining seals, hydraulic seals for mining, and mining equipment bearings—engineered to withstand harsh underground conditions and match top brands like Hallite.

From leaking glue pots to inaccurate trimming, minor sealing issues can cause major production headaches. Discover how to detect, prevent, and solve seal-related failures in edge banding machines—and how to extend your equipment’s lifetime by 2x with the right sealing technology.

Here's the list of Top LNG Dispenser Seal Manufacturers Worldwide in 2025, specifically for LNG fueling nozzles (used at LNG refueling stations):

PTFE is the abbreviation of Polytetrafluoroethylene, also named is Teflon. PTFE is found in many industrial products. This includes gaskets, bearings, and parts for valves, pumps, and hydraulic cylinders.

S-Seals are spring-energized one-piece elastomeric seals, essentially a single-component anti-extrusion seal. It has an “S”-shaped rubber cross-section with a built-in coiled metal spring (garter spring) embedded in the elastomer. This integrated spring constantly pushes the sealing lip against the gland, boosting sealing force and preventing extrusion at high pressure. S-Seals replaces a traditional O-ring + backup-ring or 3-piece T-seal assembly with one part. Key benefits include...

When selecting FFKM O-rings for semiconductor equipment, it’s not enough to rely on brand names or generic claims like “high purity” or “plasma resistant.” For engineers responsible for etch and deposition tools, quantifiable parameters are the key to ensuring seal longevity and process stability. This guide breaks down the 4 most critical parameters for FFKM material selection, based on material science, real-world data, and semiconductor industry best practices. Parameter 1: Thermal...

High-performance liquid chromatography (HPLC) systems from Waters®—including Alliance®, ACQUITY® UPLC, and classic 2690/2695 series—rely on precision seals to ensure reliable performance. Over time, pump seals, injector seals, and wash seals wear down, causing leaks, unstable pressure, and costly downtime. Switching to compatible Waters HPLC seals gives labs a cost-effective solution. These aftermarket Waters seals are engineered with high-quality materials like UHMWPE, PTFE, and stainless...

VERMES Microdispensing is a global leader in high-precision jet dispensing technology, widely used in semiconductors, microelectronics, automotive, and medical manufacturing. These systems demand uncompromising accuracy and durability, which means even minor component wear—such as seals and valves—can disrupt production or cause costly downtime. At XHH Seals, we provide precision-engineered replacement parts compatible with VERMES Microdispensing Systems. Our sealing rings, O-rings, and wear...

In the world of industrial sealing technology, the choice of rubber material determines the performance, durability, and reliability of the final seal. From automotive engines to semiconductor vacuum chambers, each application requires a specific balance of chemical resistance, temperature capability, elasticity, and cost efficiency. This comprehensive guide introduces the 16 most common rubber materials used in sealing applications — detailing their core properties, temperature ranges, and...