Enable Tech Mfg
Oil & Energy, Wagg Way Rd, Houston, , 77041, Texas, 14460, United States, 11-50 Employees
Phone Number: +12*********
Who is ENABLE TECH MFG
Enable Tech MFG, LLC was established in 2014 to expand flowforming technology into the Oil and Gas, Aerospace, Power Generation, and Defense industries. We accomplish this objective by pr...
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Headquarters: 14460 Wagg Way Rd, Houston, Texas, 77041, United States
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Date Founded: 2014
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Employees: 11-50
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Revenue: $1 Million to $5 Million
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Active Tech Stack: See technologies
Industry: Oil & Energy
SIC Code: 3011
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NAICS Code: 541990 |
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Frequently Asked Questions Regarding Enable Tech MFG
Answer: Enable Tech MFG's headquarters are located at Wagg Way Rd, Houston, , 77041, Texas, 14460, United States
Answer: Enable Tech MFG's phone number is +12*********
Answer: Enable Tech MFG's official website is https://enabletechmfg.com
Answer: Enable Tech MFG's revenue is $1 Million to $5 Million
Answer: Enable Tech MFG's SIC: 3011
Answer: Enable Tech MFG's NAICS: 541990
Answer: Enable Tech MFG has 11-50 employees
Answer: Enable Tech MFG is in Oil & Energy
Answer: Enable Tech MFG contact info: Phone number: +12********* Website: https://enabletechmfg.com
Answer: Enable Tech MFG, LLC was established in 2014 to expand flowforming technology into the Oil and Gas, Aerospace, Power Generation, and Defense industries. We accomplish this objective by precision flowforming seamless, cold worked tubulars that maximize the physical and mechanical properties of nickel, cobalt, titanium, stainless, and steel alloys. Enable Techs flowformed tubes have proven to be excellent solutions for extreme environments and critical applications. Flowforming is a chipless metal forming process for manufacturing seamless, cold-worked tubulars. During the flowforming process, a metal tubular is elongated over an inner mandrel to achieve exact dimensions 46x the original length. Three rollers apply a compressive force to the outside of the tubular, forcing the alloy beyond its yield point, a process known as plastic deformation. As the outside diameter reduces, the material flows, elongating the metal tubular until the specified wall thickness and length are achieved.
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