Amin Nano Concrete Industrial Group was established in 1378 and then succeeded in obtaining the standard mark in the field of ready-mix concrete production and the ISO 9001 quality management system. In 1385, this group designed and built new machinery and production lines to benefit from the technology of manufacturing and producing high-quality products in accordance with today's world standards. The company's 5-year plan aims to creatively prevent the waste of the country's resources and facilities, provide benefits to consumers, improve the production of ready-mix concrete and the quality of construction with new products at a reasonable cost.

The company's senior management, with a firm belief in the effective implementation of management systems, has guided the organization's movement towards continuous improvement of processes and upgrading the quality of products (the aforementioned goods and services), and this has always included ensuring the continuous satisfaction of customers and other stakeholders. Currently, beyond achieving satisfaction, the company's managers are concerned with delighting customers.

The ready-mix concrete production unit of Nano Beton Amin Company is operating as one of the oldest, largest, and most high-capacity production units of this product in the city of Qom. This complex, independently on a transcendent path by upgrading the necessary technical and specialized facilities and infrastructure, is now responding to the needs of its customers in the best possible way.

In Nano Beton Amin Company, as a knowledge-based company, the technical and engineering team of concrete quality control with more than 10 specialized and professional experts is working. The first standard partner laboratory in Iran in the field of concrete durability, the first producer of self-compacting and high-strength concrete up to 50 MPa, the first standard unit in the field of concrete additive production, holder of the R&D certificate and patent for material washing systems, and cooperation with universities and supervision of more than 70 master's and doctoral theses in the field of concrete technology as part of the achievements of this company since 2011.

Concrete and Building Materials Laboratory

In this laboratory, tests related to materials and concrete are performed to measure the mechanical properties and durability of concrete. This laboratory is also used to conduct research studies by graduate students and on average about 10 students annually make concrete samples in various shapes (cubes, cylinders and small beams. Some of the equipment and tests that can be performed are as follows,

Research equipment

Los Angeles device for determining the percentage Abrasion of materials
Electric furnace in different volumes for heating various materials
Concrete mixer and other materials in different volumes
Concrete cutter
200-ton machine for determining the compressive strength of concrete, bricks and other materials
Kiln for drying materials
Device for determining the tensile and bending strength of cement
Mechanical sieve for grading materials
Vibrating table for vibrating concrete
Concrete air measuring device
Blin for measuring the specific surface area of cement
Flow table for measuring the fluidity of mortar
Vicat for measuring the normal density and cement mortar
Grinder for grinding materials in small volumes
Balance with capacity and accuracy Different
Le Chatelier flask for measuring the specific gravity of cement and materials
75-liter autoclave for rapid curing of concrete
A device for determining the stability of concrete against rapid freeze-thaw cycles

Tests that can be performed

Concrete tests

Design and manufacture of various concretes and preparation of various standard concrete specimens (normal concrete, high-strength concrete, self-compacting concrete, fiber concrete, roller concrete, etc.) along with maintaining concrete specimens in various conditions (temperature, humidity, etc.)
Determination of compressive, flexural and tensile strengths of concrete
Determination of modulus of elasticity and Poisson's ratio
Evaluation of the efficiency of self-compacting concrete
Sampling From fresh concrete and performing quality control tests on site
Determining the setting time of concrete
Determining the water absorption of hardened concrete
Determining the depth of water penetration in concrete
Determining the resistance of concrete to freezing and thawing cycles
Determining the in-situ strength of concrete using the non-destructive Schmidt hammer test
Determining the amount of chloride ion penetration using the accelerated RCMT and RCPT methods
Determining the electrical resistance of hardened concrete

Cement tests

Determining the percentage of normal concentration and setting time of cement
Determining the softness and density of cement
Determining the fluidity of cement mortar
Determining the compressive and flexural strengths of mortar Cement
Determination of specific gravity of cement

Tests on stone materials

Determination of particle size and percentage of particles passing through a 75 micron sieve
Determination of specific gravity and water absorption of aggregates
Determination of bulk density and voids of aggregates
Determination of abrasion resistance of aggregates by Los Angeles apparatus
Determination of clay lumps and light particles of aggregates
Determination of organic impurities of fine-grained materials
Determination of flaky and needle particles of aggregates
Determination of lightweight aggregates

Tests on other building materials

Determination of physical properties Brick
Determination of compressive and flexural strength of brick
Determination of softness, bulk density, normal density and setting time of building plaster
Determination of compressive and flexural strength of building plaster

Address: Qom, Ghadir Boulevard, opposite Vanarch Intersection

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Phone: 32193-025