we learned about its seven key applications in modern industry, including precise drilling in orthopedic surgery, countersunk hole production in metal processing, and concealed connection holes in wood processing.
The core difference between 18/10 stainless steel and 304 stainless steel is the nickel content (10% vs 8-9%), which makes 18/10 slightly better in long-term corrosion resistance, deep drawing formability and surface gloss maintenance,
18/10 stainless steel vs 304 Read More »
Explore why wing fasteners and frames fail under specific conditions (such as environmental corrosion, material fatigue, etc.), and then reveal how these failures pose a safety hazard to the aircraft.
Why Do Wing Fasteners & Frames Fail? The Hidden Crisis in Aircraft Safety Read More »
The importance of flap guides and leading edge slats brackets as the core components of aircraft high-lift systems has long been underestimated. These “invisible killers” revealed in this article are posing a serious threat to aviation safety through a variety of failure modes, including metal fatigue, stress corrosion, thermal deformation, etc. Research data shows that more than 60% of non-inclusive engine failures are caused by these “minor components”.
Flap Rails & Slat Brackets: The Overlooked Killers in Aircraft Engine Safety Read More »
Jet engines are at the heart of the modern aviation industry, and turbine rings, spars, and ribs, as key load-bearing components, must maintain superior reliability and durability in extreme environments with high temperatures
Jet Engine Survival 101: How Turbine Rings, Spars & Ribs Defy Extreme Forces Read More »
From construction to textiles, from medical treatment to food packaging, every appearance of polyvinyl alcohol demonstrates its extraordinary strength and potential.
What is polyvinyl alcohol used for? Read More »
Mylar tape has become an indispensable material across industries. From precision electronics to heavy industry, from daily packaging to space exploration
What is Mylar tape used for? Read More »
The article reveals the “hidden battles” of key aviation components such as turbine shafts, fan tenons and oil pumps in response to industry challenges, and demonstrates LS’s outstanding contribution to performance improvement and cost optimization through technological innovation.
The machining arms race in the aerospace industry continues to escalate. With the ultimate pursuit of performance by the new generation of engines, machining accuracy is moving from micron to nanometer
From turbine blades to combustion chamber liners, these key components that work in a high temperature environment of 1500°C are important guarantees for the performance and reliability of aircraft engines
TPE and TPU each have their own unique properties and application areas. When choosing which material is better, you need to consider multiple factors such as specific application scenarios, performance requirements, cost budget, and environmental protection requirements.
Is TPE or TPU better? Read More »
Laser cutting technology has a wide range of material applicability and can efficiently cut a variety of metal and non-metal materials, as well as composite materials and special materials
What materials can be used in laser cutting? Read More »