Address
Form of workOverview
Crucible Industries LLC can trace its roots back to 1776, when the Naylor and Sanderson Steel Mill was established in Sheffield, England. A century later, the company - then known as Sanderson Brothers - was exporting increasing quantities of tool steel to America and it was decided to establish a steelmaking plant in Syracuse, NY. We believe that our Steelworkers are the finest in the world.
We are currently searching for a Electrical Maintenance Technician (Electrician) to complement our Maintenance team in Syracuse, NY.
Responsibilities
Remote Position
No
Min Compensation
USD $26.48/Hr.
Max Compensation
USD $32.08/Hr.
Qualifications
Company Website
https://crucible.com/
Company Profile
Crucible Legacy
Crucible has been making specialty steel in Syracuse continuously since 1876. Founded on a tradition of metallurgical expertise and technological innovation, Crucible has been granted more than 1,000 patents throughout its history. With a reputation for the highest-quality products, Crucible has maintained its position as a market leader, even in today's competitive business climate.
Sheffield Origins
Crucible's roots can be traced to 1776, when Naylor and Sanderson Steel Mill was established in Sheffield, England, to produce fine-quality tool steel using the crucible method. During the 1800s, the company-then known as Sanderson Brothers-exported increasing quantities of tool steel to America, and decided to establish a steelmaking plant in Syracuse because of the city's proximity to major U.S, transportation lines, including the Erie Canal and the New York Central Railroad. In 1876, Sanderson purchased Sweet Iron Works and established Sanderson Brothers Steel Company.
The Crucible Method of Steelmaking
In 1883, Sanderson Brothers Steel Company built a new gas-fired crucible melting furnace. This high-temperature furnace held up to 30 graphite pots, called crucibles, each charged with 60 to 100 pounds of iron plus selected alloy additions. Once the metal charge became molten at 3,000 degrees Fahrenheit, each crucible was then lifted from the furnace with long-handled tongs, and the liquid steel was poured, or "teemed" into individual ingot molds. The crucible method, though labor intensive, produced the highest-quality tool steels available at the time.
Working in the melt shop was tough, hot work. The pourer, or "teemer" often wrapped his legs in wool and burlap and thoroughly soaked them with cold water as protection from the intense heat.
Crucible Industries is an AS9100D/EN 9100:2016 / JISQ 9100:2016, ISO 9001:2015 - ANSI/ISO/ASQ Q9001-2015, Pressure Equipment Directive (PED) Annex I, Paragraph 4.3 of 2014/68/EU or 97/23/EC 7/2 registered company.
Crucible Industries LLC ("CIL") is an equal opportunity employer.
We recruit and select the most qualified candidates to fill job openings. Consideration and selection are made without regard to an individual's race, creed, citizenship, religion, color, sex, national origin or ancestry, age, disability, familial status, sexual orientation, marital status, veteran status or any other characteristic protected by federal, state or local law.
Crucible Industries LLC can trace its roots back to 1776, when the Naylor and Sanderson Steel Mill was established in Sheffield, England. A century later, the company - then known as Sanderson Brothers - was exporting increasing quantities of tool steel to America and it was decided to establish a steelmaking plant in Syracuse, NY. We believe that our Steelworkers are the finest in the world.
We are currently searching for a Electrical Maintenance Technician (Electrician) to complement our Maintenance team in Syracuse, NY.
Responsibilities
- Install, maintain, and repair all types of electrical apparatus or circuits of any voltage; such as but not limited to general wiring, lighting, and communication systems
- Install, maintain, and troubleshoot power distribution equipment systems, rotating equipment, motor drives, standby power systems and associate control systems
- Maintain and operate test and measuring instruments and equipment to determine functional operation of electronic and electrical systems
- Perform preventative and predictive maintenance as established by the maintenance program
- Successful candidates will possess extensive experience and knowledge of Combustion, AC/DC motors, generators, transformers and programmable controls.
- Applicants must be able to read blueprints, diagrams, and/or sketches to troubleshoot.
- Follow daily work activity schedule to meet maintenance objectives.
Remote Position
No
Min Compensation
USD $26.48/Hr.
Max Compensation
USD $32.08/Hr.
Qualifications
- Successful candidates will possess extensive experience and knowledge of Combustion, AC/DC motors, generators, transformers and programmable controls.
- Applicants must be able to read blueprints, diagrams, and/or sketches to troubleshoot.
Company Website
https://crucible.com/
Company Profile
Crucible Legacy
Crucible has been making specialty steel in Syracuse continuously since 1876. Founded on a tradition of metallurgical expertise and technological innovation, Crucible has been granted more than 1,000 patents throughout its history. With a reputation for the highest-quality products, Crucible has maintained its position as a market leader, even in today's competitive business climate.
Sheffield Origins
Crucible's roots can be traced to 1776, when Naylor and Sanderson Steel Mill was established in Sheffield, England, to produce fine-quality tool steel using the crucible method. During the 1800s, the company-then known as Sanderson Brothers-exported increasing quantities of tool steel to America, and decided to establish a steelmaking plant in Syracuse because of the city's proximity to major U.S, transportation lines, including the Erie Canal and the New York Central Railroad. In 1876, Sanderson purchased Sweet Iron Works and established Sanderson Brothers Steel Company.
The Crucible Method of Steelmaking
In 1883, Sanderson Brothers Steel Company built a new gas-fired crucible melting furnace. This high-temperature furnace held up to 30 graphite pots, called crucibles, each charged with 60 to 100 pounds of iron plus selected alloy additions. Once the metal charge became molten at 3,000 degrees Fahrenheit, each crucible was then lifted from the furnace with long-handled tongs, and the liquid steel was poured, or "teemed" into individual ingot molds. The crucible method, though labor intensive, produced the highest-quality tool steels available at the time.
Working in the melt shop was tough, hot work. The pourer, or "teemer" often wrapped his legs in wool and burlap and thoroughly soaked them with cold water as protection from the intense heat.
Crucible Industries is an AS9100D/EN 9100:2016 / JISQ 9100:2016, ISO 9001:2015 - ANSI/ISO/ASQ Q9001-2015, Pressure Equipment Directive (PED) Annex I, Paragraph 4.3 of 2014/68/EU or 97/23/EC 7/2 registered company.
Crucible Industries LLC ("CIL") is an equal opportunity employer.
We recruit and select the most qualified candidates to fill job openings. Consideration and selection are made without regard to an individual's race, creed, citizenship, religion, color, sex, national origin or ancestry, age, disability, familial status, sexual orientation, marital status, veteran status or any other characteristic protected by federal, state or local law.
