Lapham-Hickey Steel Expands with Acquisition of Alkar Steel and Processing

Alkar Steel

 

Lapham-Hickey Steel acquired Alkar Steel and Processing (ASAP). This move strengthens slitting and steel processing operations. ASAP is a Michigan-based leader. They specialize in cold-rolled, galvanized, and high-carbon steel. Their facility spans 125,000 square feet. It provides extensive slitting capabilities. This acquisition enhances Lapham-Hickey’s service offerings. It also improves customer service across the U.S.

 

Seamless Integration Maintains Alkar Steel’s Legacy

Alkar Steel was founded in 1975. They are known for high-quality products. They also provide excellent customer service. Alkar Steel will operate as a Lapham-Hickey Steel division. Existing sales and operations teams will remain. This ensures customer continuity. Patrick Fayad will maintain a minority stake. He emphasized the strong cultural alignment. Lapham-Hickey and Alkar share similar values.

 

Strategic Growth Drives Expansion Plans

Lapham-Hickey Steel is a fourth-generation family business. They were founded in 1926. They operate as a full-line carbon service center. They have 13 locations across the U.S. and Mexico. The Alkar Steel acquisition expands their reach. It also increases their capabilities. This deal aligns with Lapham-Hickey’s growth strategy. They strengthen their steel market presence. They leverage Alkar’s high-quality production. Fayad is proud of Alkar’s 50-year achievements. The acquisition will better serve customers.

Leave a Reply

smp_app_img
Ti CP Gr.1ㅣUNS R50250

Ti CP Gr.1ㅣUNS R50250

Titanium Grade 1 (Ti CP Gr.1) is a commercially pure titanium alloy with over 99% titanium…
Mo(Ox)

Mo(Ox)

Molybdenum oxide (MoO₃) is a transition metal oxide widely used as a key functional material in electronic…
Mo

Mo

Molybdenum (Mo) is a high-melting refractory metal with excellent strength, corrosion resistance, and high-temperature stability, widely…
Fe-Cr

Fe-Cr

Ferrochrome (Fe–Cr) is an iron–chromium alloy containing about 51–75% chromium, produced by carbothermic reduction of chromium…