![]() Stainless SteelĬhoosing stainless steel as an application over a zinc alloy will depend on a company’s needs. stainless steel will ultimately be determined by such factors as volume, costs, usage, and size, among other reasons determined by the marketplace. The process is ideal for manufacturing of high volume parts because of its dimensional accuracy, intricate detailing, and the ability to produce highly complex geometries. The casting process of any alloy involves injecting molten metal into a mold, or die, under high pressure to produce a particular shape. The finished product will have its own mechanical and physical properties that determine its longevity, durability, strength, and overall functionality. stainless steel as a material would depend on the specific applications each alloy is best suited for (this includes the casting of each alloy). Bronze: Kerosene or mineral spirits mixed with a small amount (10–15%) of petroleum-based cutting oil.Zinc alloys and stainless steel are common materials used for parts in many applications. Aluminum: Kerosene or mineral spirits mixed with a small amount ( 15–25% ) of petroleum-based cutting oil. An air blast should be used to clear chips. This mixture is also suitable for use with stainless steel. Alloy Steel: Petroleum-based cutting oil mixed with a small amount ( approx. Recommended lubricants for some common materials are as follows: Carbon (mild) Steel: Petroleum-based or synthetic cutting oil. The use of a suitable lubricant is essential with most tapping and reaming operations. This fliud will extend tool life and yield a super machined finish.Clings to vertical surfaces for continual lubrication.Cutting Tool Lubricant Type 11-AG Ultra S/P™ Super Premium - High Viscosity Heat - treat M2 as the base drills before coating would measure 880 HV (65RC). ![]() * Coating hardness is measured in HV (hardness in Vickers). However, the end user still needs to be cautious to not exceed the limitations of the high-speed steel.For semi-dry to dry cutting of most steels, high-nickel alloys, stainless steel and cast iron.ALTiN/TiAIN coating is great choice in machining stainless steels (All) at any speed.Titanium Aluminum Nitride (TiAIN) - (4500 HV)* Layer of TiCN to a cutting tool will increase life span up to 6X.Designed for hardened steels and cast iron up to 45 Rockwell C.Suitable in very abrasive and high tensile materials.Recommended for aluminum, brass and bronze applications.Titanium Carbon Nitride (TiCN) - Pink to Purple (4000 HV)* Can push it 10–25% faster, but may compromise tool life.Results in drilling through steel ranges 2X to 6X life span. ![]()
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