What does HSLA stand for?

High-Strength Low-Alloy (steel)

This definition appears very rarely

Other Resources:

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Hue, Saturation, Lightness Humane Society of Lewisville, TX Huntington Station Library (Huntington Station, NY) Hybrid Solar Lighting Hydrographic-Survey Launch Hypermedia Synchronization Language (Digital Research Corporation) Hypertonic Saline Health and Safety Lawyers Association (UK) High School Leadership Academy (Bridgewater College; Virginia) High Speed Label Applicator		Home Solutions of America (formerly Nextgen Communications Corp.; New Orleans, LA) Hydro-Vue Soft Lens Analyzer (eyecare; Nikon) Health Sciences Library Association of Louisiana (est. 1976) High Speed Local Area Network Health Sciences Library Association of New Jersey (est. 1972) High-Strength Low-Alloy Steel Historical Society of Long Beach Houston Symphony League Bay Area (Texas) Health Sciences Learning Center (University of Wisconsin-Madison; Madison, WI) Health Sciences Libraries Consortium

Samples in periodicals archive:

It excels on applications that require higher toughness when joining high-strength low-alloy or weathering steels where color match is not necessary.

Silicon beware

To get the fatigue strength of aluminum with conventional steel grades, like the high-strength low-alloy (HSLA) steels that currently dominate wheel production, they had to increase material thickness to the point where it is often both heavy and hard to form.

Steel wheels make a comeback: aluminum wheels have been on a roll for ...

Sheet steel manufacturers often add boron to aid formability, so some high-strength low-alloy steel from prime sheet busheling charge material also may be a source.

Casting answers & advice

The specific end-use segments analyzed are Steel (Carbon Steel, Stainless & Heat Resisting Steel, Full Alloy Steel, High-Strength Low-Alloy Steel & Tool Steel), Cast Irons, Super Alloys, Alloys, and Chemical & Ceramic Uses (Catalysts & Pigments).

Comprehensive Analytics for the Vanadium Markets in North America, ...

Niobium, a strong anticorrosive, is increasingly used in the production of specialty alloys used in the aerospace and power generation industries, as well as in high-strength low-alloy steel used in the automobile, construction and pipeline sectors.

Oka Mining Project-BAPE Report Favorable to Niocan; a Few Additional ...

NIOCAN Reports on the Annual General Meeting: New Chairman & CEO ...

This metal is used in the production of high-strength low-alloy steels, which makes steel stronger, lighter, and more resistant to corrosion.

Niocan will Participate in a Final Study with the BAPE in Order to ...

Niobium, which lacks tantalum's unique electrical properties, is used primarily in stainless, structural and heat-resistant steels, especially high-strength low-alloy (HSLA) steels.

Culbertson Named President OF T.I.C. Executive Committee