IMI Concrete stands for Interior Materials Inc. Concrete. IMI Concrete is an American-based concrete manufacturer and provider with divisions serving residential and commercial clients throughout the United States.
IMI Concrete provides everything from ready mix concrete and masonry blocks to concrete overlays, colored concrete stamps and architectural stone veneers. The company is renowned for its superior quality and customer service.
IMI Concrete has established itself as a leader in the concrete industry due to its commitment to safety, quality, and on-time delivery. The company also runs multiple training and certification programs to educate their employees and help keep them up to date on the latest industry standards.
How many IMI concrete plants are there?
There are 9 IMI concrete plants located across the United States. These plants are located in the states of Colorado, Florida, Indiana, Louisiana, Maryland, Ohio, Pennsylvania, Texas and Virginia. Each of the 9 plants processes ready-mix, masonry, dry-cast and other Portland cement-based products for industrial, commercial, and residential customers.
The plants also have an aggregate laboratory for material testing. The aggregate for the concrete production at these plants is sourced from nearby quarries, giving customers the assurance that their products are being produced consistently and reliably.
Who owns Irving Materials Inc?
Irving Materials Inc. is a privately held company owned by the Irving family of business owners. Founded in 1946, it is based in Columbus, Indiana, and is headed by Chief Executive Officer Robert Clark.
The company consists of three divisions: Irving Materials, Inc. (IMI), Construction Services Group (CSG), and Industrial Earth & Materials Technologies (IMT). Irving Materials, Inc. produces and distributes ready-mix concrete and masonry products, while CSG provides services such as concrete paving, street and sidewalk construction, and bridge and roadway construction.
IMT provides industrial earth materials, such as pea stone, recycled road base and rock, as well as construction services. The company also has operations throughout the Midwest and Southeast with various contractors.
What does IMI sell?
IMI (International Maritime Industries) is an integrated offshore services and solutions provider. They provide a comprehensive range of services, from engineering and technical support to commercial and operational management.
They specialize in offering offshore vessels, floating systems, and rigs for the oil & gas industry, along with a range of services for construction, oil and gas exploration and production, survey and survey support, diving and related activities.
Additionally, IMI provides integrated solutions for subsea systems and operations, heavy lift and deepwater support, as well as assistance in the development and operation of offshore projects. Other services offered by IMI include mooring and anchoring systems, hook-up operations, dry-docking and repair, management of jack-up barges, barging and tugs, port operations and logistics, ship-to-ship transfer, welding and fabrication and cargo operations.
How tall is a IMI concrete truck?
The IMI concrete truck, also known as an IMI ready mix concrete vehicle, has varying sizes ranging from 6 cubic meters to 9 cubic meters. The length of the truck and its height depends on the size of the concrete being delivered.
Generally, a 6 cubic meters truck is approximately 8 meters in length and just under 4 meters in height, while a 9 cubic meters truck is approximately 12 meters in length and 4. 5 meters in height.
Who is the largest concrete manufacturer in the world?
The largest concrete manufacturer in the world is Holcim Group, a subsidiary of LafargeHolcim. The Swiss multinational building materials company is based in Jona, Switzerland and is one of the world’s biggest suppliers of cement, aggregates, asphalt, and ready-mix concrete.
The company operates in 90 countries around the world and employs around 80,000 people. Holcim Group has an annual turnover of approximately CHF 24 billion (US$26 billion) and is the largest concrete manufacturer in the world.
The company produces and sells a variety of ready-mix concrete, cement, sand, gravel, asphalt, and a variety of other construction materials. Holcim Group is committed to sustainable construction, with numerous initiatives aimed at reducing the environmental impact of its activities.
Which is the largest cement plant?
The world’s largest cement plant is located in Georgia, USA. The LafargeHolcim-owned Plant Sterling Cement Plant spans 130 acres and has an annual production capacity of 4. 1 million metric tonnes of cement.
The plant produces portland cement, masonry cement, overlay/patching cement, concrete cement and Type II low-alkali cement for residential and commercial construction applications. The plant was opened in 2009 and is located in Hall County, Georgia.
The plant is powered by two 105-Megawatt turbine generators, taking advantage of low-cost, reliable and abundant natural gas in the region. As of 2017, the plant employed over 70 workers from the local community and supported an additional 149 jobs off-site.
How many plants does Irving Materials have?
Irving Materials Inc. (IMI) is a leader in the supply of construction materials in Indiana and Kentucky. They are part of The Irving Group of Companies, a family-owned business with over 100 years of industry experience.
IMI currently operates 16 asphalt plants, 8 ready mix concrete plants, 8 aggregate plants, 5 block plants, and 1 mortar plant throughout Indiana and Kentucky, giving them a total of 38 different locations.
In addition to these plants, IMI also owns and operates gravel mines in Illinois and Kentucky, as well as a state-of-the-art manufacturing division for bags and bulk materials, which produces concrete and masonry products for their retail stores.
Their manufacturing division also produces fiber and fiberglass products – all with the same dedication to quality that IMI is known for. Collectively, IMI operates over 50 plants throughout Indiana, Kentucky, and Illinois.
Who is the CEO of Irving?
The current CEO of Irving is Ian Whitcomb. Ian has been with Irving for over 30 years and during this time has held a number of senior positions, including President and Chief Operating Officer. He has vast experience in many areas, from finance to operations and logistics.
Prior to his current role as CEO, Ian held various senior executive positions, including President and Chief Financial Officer, Vice President of Financial Planning and Analysis, and Senior Vice President of Corporate Strategy.
As CEO, Ian is responsible for leading Irving’s executive board and overseeing the company’s overall operations. He is also involved in strategic decision-making and managing corporate responsibility initiatives.
Under Ian’s leadership, Irving has achieved impressive growth and profitability.
How much land does the Irving family own?
The Irving family currently owns more than 12 million acres of land in North America, with the largest tracts located in New Brunswick and Maine. The family’s holdings also extend into Atlantic Canada and the United States, including New York, Louisiana, Rhode Island, and Texas.
Irving manages forestlands and natural resources in New Brunswick and Nova Scotia, Canada, and owns common-use ports in Saint John; as well as a network of retail, commercial and residential properties, and manufacturing and processing facilities in Atlantic Canada and the United States.
The family also operates oil refineries and extensive forestry and transportation operations in New Brunswick and Nova Scotia. In addition to their landholdings, the family’s diverse business interests include frozen food, farming, automotive, aviation, retail, shipbuilding, and the production of newsprint and other paper products.
While it is difficult to pinpoint exactly how much land the family owns, the estimated total is currently around 12 million acres.
What is graphene concrete?
Graphene concrete is a high-performance, nano-engineered concrete that’s reinforced with graphene flakes. It is up to 10 times stronger than conventional concrete, with fewer ingredients and a much lower carbon footprint.
Graphene concrete is ideal for construction that needs to withstand extreme conditions and require considerable durability. Its enhanced strength also enables construction of thinner and lighter structures that can extend the life of bridges, buildings, and other structures.
Graphene concrete also can significantly reduce noise and vibration from passing vehicles, making it a much more pleasant living and working environment. Graphene concrete has been used in a variety of construction projects, such as public works, industrial projects, and residential builds.
Its increased strength and durability make it an attractive choice for large and important structures like bridges and stadiums, while its improved strength-to-weight ratio allows for thinner and lighter structures.
Graphene concrete is an incredibly promising material that has the potential to revolutionize the construction industry.
What does M stand for in grade of concrete?
M refers to the strength class of concrete, which is determined based on the compressive strength of a standardized concrete cylinder. This cylinder is cast, cured, and then crushed to determine the strength of the concrete in MPa (megapascals).
The strength classes are designated by a letter ranging from F (low strength) to M (high strength), with a numerical value following to indicate the strength category. For example, a concrete of strength class M30 indicates that the specimen achieved a compressive strength of 30 MPa after 28 days of curing.
What is the meaning of M in M35 concrete?
M35 refers to the compressive strength of concrete measured in kilograms per square centimetre (kg/cm2). The “M” stands for “mix”, which is the term used in concrete mix designs that specify the proportions of cement, water, fine aggregates, and coarse aggregates to be used in the mix.
The number “35” refers to the compressive strength of the mix, which is 35 kg/cm2. Concrete mixes are typically classified by their design strength, with lower numbers representing weaker mixes (e. g.
M10 is a concrete mix with a compressive strength of 10 kg/cm2) and higher numbers representing stronger mixes (e. g. M50 is a concrete mix with a compressive strength of 50 kg/cm2).