SKD11 Tool Steel: Properties, Heat Treatment & Machining Guide
What is SKD11? How to know its standard? And do you know its equivalent materials? Here is a complete guide of SKD11 properties, heat treatment and machining!


AMS 4914 Alternative: Practical Metal Substitutes & CNC Machining Strategies
AMS 4914—better known as Ti-15-3-3-3 beta-titanium sheet—delivers sky-high strength in paper-thin gauges. That makes it a darling for aerospace skins, UAV spars, and missile fairings. But let’s be honest: warm-forming headaches, long mil


Lighter Metals Guide: Properties, Processing, and Material Selection
This article is going to be very important and interesting for you because it introduces many new metals with impressive properties. With advancements in either equipment or materials, lighter materials have become a priority, especially for the aerospace


Least Conductive Metals: A Complete Guide
All metals can conduct electricity to a certain limit. But some metals are highly conductive materials and some are non-conductive. There is a phenomenon behind the conductivity of metals and their other properties. This article will explore all the essen


PEEK vs PTFE: Which High-Performance Plastic Fits Your CNC Project?
Here is a complete blog introducing the difference between PEEK vs PTFE -- common types of CNC engineering plastic materials. If you want to know more about it, come and see!


POM-H vs POM-C: Side-by-Side Guide for Engineers
POM-H vs POM-C in POM family--two common types of machining acetal materials. This blog will introduce their properties and machining details.


Melting Point of Zinc: Temperature, Alloys, and Industrial Impact
Here is a blog introducing the melting point of Zinc. And you will learn about its temperature, alloys and industrial impact. Also, you will know methods to machining zinc.


Metal Replacement Guide: Metals to Advanced Polymers and Composites
How do you know about metal replacement? --It is a method to replace materials with non-metal materials, such as polymers and composites.


Is Carbon Fibre a Metal? - Properties & Metal Comparisons
Is carbon fibre a metal? Why would people curious about that? Here we will discuss the properties and metal comparisons and you might learn something new!


What Is Low Alloy Steel: Must-Know Properties, Grades,& Applications
What do know about low alloy steel? What is its properties and grades and applications? Here is the right place to learn more of it!


Top 10! The Most Common Machining Steel: Machining&Alternative Solutions
Do you know what is the most common machining steel? Come and look here, you'll find out the answer! And learning more professional machining solutions!


What Is 42CrMo Steel? -Machining Equivalent Materials Difference
42CrMo steel is a structural steel alloy known for its high performance across various industries. This alloy is mostly used in heavy-duty parts exposed to high stress. An in-depth analysis of the steel is provided in this article highlighting its chemica


What Is Monel 400? -Must-Knows Of Monel Alloy
This blog introduces the properties, applications and machining and welding of Monel 400. You will learn a lot from this article!


What’s EN AW-6082 T6 Aluminum Alloy: Key Properties and Applications
This article explores the key properties, applications, and machining considerations for EN AW-6082 T6. If you are looking for perfect material for your European project, come and look!


Monel vs Inconel: Which Nickel Alloy Better?
This article will explore all these important aspects of Monel and Inconel in details. After reading this article, you will learn more about nickel-based alloys!


What Is Zirconium Metal: Properties & Uses
This article is mainly about the properties and uses of zirconium metal. You can learn more details of this kind of metal.


Tungsten Metal Melting Point-Highest of the High-Temperature Metals
The highest melting point of any metal-Tungsten. This blog will introduce the melting point of tungsten in deepth.


ABS Plastic Melting Point: Properties & Applications Guide
Understanding the melting point of ABS plastic (200-240°C/392-464°F) is essential for manufacturers and designers. This temperature range directly impacts its performance in injection molding, 3D printing, and automotive applications. Our guide ex

