Opening Hour

Mon - Sun, 08:00 - 24:00

Call Us

+86-21-58386189

Machining Materials Guide

Machining Materials Guide

+

Machining Materials Guide. Moderate strength and lowstress appliions. Plain low carbon steel, poor machinability but good formability and weldability. Case harden only. Strength, impact resistance and higher tensile strength. Designed for excellent machinability. Case hard only. Designed for good machinability. Case harden only.

Lathes

Lathes

+

A low carbon steel is softer and easier to machine than a harder alloyed steel. The machinability of the material is based upon its hardness. Hardness is an important property that must be taken into account when considering speeds and feeds; however, stainless steel is .

machining nitronic 60

machining nitronic 60

+

Jun 13, 2020 · Slow speeds, constructive feeds and ample resulfurized lubricant is critical to success in machinability of Nitronic 60. We have thousands tons stock of stainless steel sheet and coil with various size and grade,mainly include austenitic stainless steel, martens stainless steel (including precipitation hardened stainless steel sheet coil ...

Coining MFG

Coining MFG

+

Coining manufactures custom stamped and coined metal components using single operation and progressive tools and dies. Typically, products are made out of Kovar, Inconel, Chromel, Alumel, Copper, CRS, and Stainless Steel. Coining can routinely hold tolerances as tight as ±.0005″ with their stamping operations. CNC MACHINING

4 Best Ways for Stainless Steel Welding [A Quick Guide ...

4 Best Ways for Stainless Steel Welding [A Quick Guide ...

+

Jun 04, 2020 · The nasty part of stainless steel is that it is 35 times more expensive to the mild steel. The welding of it is equally expensive and makes it a tricky choice. Preparation for welding is the key. How to weld stainless steel, always remains a puzzle to solve. Cleaning and preparing the stainless steel is the key for proper welding. Because the ...

Feeds Speeds For Taps | Norseman Drill and Tool

Feeds Speeds For Taps | Norseman Drill and Tool

+

Titanium Aluminum Nitride (TiAIN) (4500 HV)* • ALTiN/TiAIN coating is great choice in machining stainless steels (All) at any speed. • For semidry to dry cutting of most steels, highnickel alloys, stainless steel and cast iron. • However, the end user still needs to be cautious to not exceed the limitations of the highspeed steel. * Coating hardness is measured in HV (hardness in ...

Machinability Guidelines and Comparisons

Machinability Guidelines and Comparisons

+

Product Details. PRODEC ® 303 Rolled Alloys Machining grade of 303 stainless steel is a fully resulfurized freemachining austenitic stainless steel melted and processed to maximize machinability.. PRODEC ® 304/304L. Inventory. Round Bar.

Slaying Stainless Steel: Machining Guide

Slaying Stainless Steel: Machining Guide

+

Jun 19, 2018 · Jun 19, 2018 · There are many factors that go into determining the running parameters for stainless steel machining, but there are some general guidelines to follow as a starting point. Generally speaking, when machining stainless steels a SFM of between 100350 is recommended, with a chip load ranging between .0005" for a 1/8" end mill up to .006" for ...

A Standard Approach to Classifying ...

A Standard Approach to Classifying ...

+

Nov 18, 2014 · However, tackling well attached burrs on exotic materials such as hardened steel, Inconel, Hastalloy, stainless steel and titanium requires a solution such as ceramic grit with a sharp, jagged grain that provides a deeper cut and removes material faster.

Machining 304 Stainless?

Machining 304 Stainless?

+

Apr 01, 2011 · May 06, 2011 · From a reference, 'Machining Stainless Steels' here are some feed and speed suggestions; Carbide Turning doc .050 sfm 215 feed .010" doc .250 sfm 175 feed .020" High Speed tooling Milling sfm 3565 feed ." The milling values are for uncoated high speed steel.

Feeds Speeds For Drills | Norseman Drill Tool

Feeds Speeds For Drills | Norseman Drill Tool

+

NOTE: Varying conditions can easily require adjustments. • Feed equals .001" per revolution for every 1/16" of drill diameter, plus or minus .001" on the total. • Speed equals 80 surface feet per minute in 100 Brinell hardness material and the speed should be reduced 10 surface feet per minute for each additional 50 points Brinell hardness.

Speeds and Feeds for Turning Stainless Steel

Speeds and Feeds for Turning Stainless Steel

+

Speeds and Feeds for Turning Stainless Steel. Traditionally high speed tool steel have been used for most turning operations, but carbide tipped tool are now also used. The choice of tool material depends in part on the required combination of speed, feed, depth of cut, required production rate and volume and the available power and rigidity of machines.

3 Common Mistakes Made When Handling Stainless Steel

3 Common Mistakes Made When Handling Stainless Steel

+

Proper welding and cutting techniques, awareness of the HAZ, and adherence to good quality control and anticontamination measures will give you an inspec, wellfinished stainless steel product. Make sure that you and your team read this article to keep common stainless steel fabriion mistakes at bay.

Stainless Steel 422 | Tech Steel Materials

Stainless Steel 422 | Tech Steel Materials

+

Stainless Steel 422 is fairly easy to machine, but special care is needed to avoid galling if the parts are machined with sharp tools. The speed of machining should also be lower and consistent, accompanied by constant feed. Cobalt highspeed tools are recommended for best results. While it is fairly easy to machine, Stainless Steel 422 can be ...

Learn Cnc Speeds Feeds

Learn Cnc Speeds Feeds

+

I have found that milling aluminum at speeds and feeds you would expect to use on a soft alloy steel on an industrial machine will produce effortless results. Speeds and Feeds for Drilling Although I suggested only using carbide for your endmills, high speed steel (HSS) drill bits will work perfectly fine.

Stainless and Nickel Alloy Machining

Stainless and Nickel Alloy Machining

+

Stainless and Nickel Alloy Machining. In general terms, machining stainless and nickel alloys is more difficult than machining low alloy steels. However, there are a wide range of stainless alloy compositions and a few of them (such as 416) can actually have better machinability than mild steel. The austenitic 300 series stainless steels like ...

The Ultimate Guide to 5Axis CNC Machining | Kingsbury

The Ultimate Guide to 5Axis CNC Machining | Kingsbury

+

Stainless Steel. Stainless steel comes in various grades, but the austenitic steels are the most commonly machined. As is the case with titanium, machines cutting stainless steel need to have high levels of rigidity and should have enough spindle torque to cut the material without the tool chattering or rubbing against the parts.

Kovar parts and prototyping: CNC Machining

Kovar parts and prototyping: CNC Machining

+

Usually while machining Kovar drills should be as short as possible. If steel cutting tools are used, feed should be approximately .010" to .012" per revolution and a speed as high as 35/FPM could probably be attained. When cutting off high speed tools are better than carbide tools, and a feed of approximately .001" per revolution should be used.

Drilling Speeds and Feeds Calculator [RPM, Chart, Formulas]

Drilling Speeds and Feeds Calculator [RPM, Chart, Formulas]

+

Cutting forces go up in a hurry with larger hole sizes. Not much will tax the machine's horsepower limits more than loading up a great big twist drill, or worse a big spade drill to make a large hole. Cranking a 2″ indexable drill through 300series stainless steel takes 8HP, for example.

Requirements for milling hardened steels

Requirements for milling hardened steels

+

Dec 02, 2011 · In general, hard milling involves cutting primarily tool steel or precipitation hardening stainless steel, such as 155 or 174, that has been hardened to at least 50 HRC. After a workpiece is roughed in the soft state, it is sent to the furnace for hardening and then finish machined with coated carbide, ceramic or PCBN tools.

‎Machining App for Machinists on the App Store

‎Machining App for Machinists on the App Store

+

Description. iMachining is an iPhone App designed for machinists, technicians, engineers and student to be used as a machining calculator and also a reference tool for drilling, milling and turning (lathe). It is designed to be very easytouse and userfriendly at shops. Features: *** Turning (Lathe) ***. Calculate RPM given Cutting Speed ...

Speeds and Feeds 101

Speeds and Feeds 101

+

Oct 02, 2017 · Take this example, in which a Harvey Tool threadmill #70094, with a .370" cutter diameter, is machining a 9/1618 internal thread in 174 stainless steel. The calculated speed is 2,064 RPM and the linear feed is IPM.

AutoDrill | Recommended Tool Speed Chart

AutoDrill | Recommended Tool Speed Chart

+

In stainless, the RPM rate must be decreased significantly more as stainless steel does not dissipate heat easily and will almost immediately ruin the tip of your tool. It is often helpful to take a heavier cut in stainless than a lighter one to keep the tip of the tool in "cool" .

VoluMill™ Feeds and Speeds Settings

VoluMill™ Feeds and Speeds Settings

+

Aug 16, 2021 · Feeds and Speeds Information for VoluMill: ... Getting the best performance from VoluMill toolpaths requires using more aggressive machining parameters than you may be used to. The data sheets below provide some examples of parameters used for milling various materials. ... Stainless Steel 304: Stainless Steel 155ph: Stainless Steel 174ph ...

Welded vs Seamless Stainless Steel Tubing | Eagle Stainless

Welded vs Seamless Stainless Steel Tubing | Eagle Stainless

+

Home » News » Welded vs Seamless Stainless Steel Tubing. Welded vs Seamless Stainless Steel Tubing. Stainless steel tubing is one of the most versatile metal alloy materials used in manufacturing and fabriion. The two common types of tubing are seamless and welded. Deciding between welded vs. seamless tubing primarily depends on the appliion requirements of the product.