What Counts as Manufacture of Other Non Metallic Mineral Products in Rev. 5?

In ISIC Rev. 5, published by the UN Statistics Division, this heading covers products made from stone, clay, sand, and other non metallic minerals, after extraction in Section B. It includes glass and glass products, refractory and ceramic products, cement, lime, plaster, concrete, and cut or shaped stone products. Metal products and chemical products sit elsewhere, even when they use mineral inputs.

What holds glass, ceramics, cement, and stone together as one heading?

This heading covers products made from stone, clay, sand, and other non metallic minerals, after extraction in Section B. The shared thread is the mineral input and the transformation that follows it: a raw mineral is heated, shaped, fired, or bound into a durable product. Glass making melts sand and other minerals into flat glass, containers, fibres, and other glass goods, turning a granular input into a transparent, solid material. Ceramics making shapes and fires clay into bricks, tiles, sanitary ware, and tableware, turning soft clay into hard, lasting goods through heat.

Cement and concrete making turn limestone and other minerals into binders and building materials, so a quarried mineral becomes the glue that holds buildings together, or the cast material that forms walls and floors. The products look very different, from a glass bottle to a ceramic tile to a bag of cement, but they share a mineral origin and a manufacturing transformation, and that shared pattern is what groups them in ISIC Rev. 5, published by the UN Statistics Division.

How do mineral products differ from metal and chemical products?

Metal products and chemical products sit elsewhere, even when they use mineral inputs. A plant making glass bottles illustrates this heading. A plant making ceramic tiles illustrates it too, while a plant making steel beams illustrates basic metals instead, even though all three supply construction. The steel beam is metal, produced by smelting and rolling, and its mineral origin in iron ore does not move it into the mineral products heading. The glass bottle and the tile are mineral products, produced by melting or firing mineral inputs, and their construction use does not move them into metals.

The same logic separates mineral products from chemicals. A mineral input that is chemically transformed into a chemical product belongs with chemicals, while a mineral input that is melted, fired, or bound into a glass, ceramic, cement, or stone product belongs here. Readers should therefore ask what the transformation produces, not merely what went into it. Two plants can start with similar minerals and end in different headings, because one melts sand into glass and the other reacts minerals into a chemical, and the UNSD descriptions capture that difference.

What does a careful check look like for a mineral product?

A careful check has three parts. First, consult the UNSD Rev. 5 structure for the area of other non metallic mineral products, using the classification detail and publication in the frontmatter. Second, compare the full class description with the work actually performed, paying attention to inclusions and exclusions. For a specific mineral product, the UNSD structure is the place to check, since glass, ceramics, cement, and stone products have separate detail, and a flat glass sheet, a container, a fibre, a brick, and a tile each need their own comparison.

Third, for formal use, check other non metallic mineral products with the national statistical institute or business register that holds the record. That third step matters because a statistical guide can explain an area, but only the record holder can confirm an entry. A familiar business label is not a reliable guide here, because a firm called a glass company might make glass, cut glass, install glass, or sell glass, and only the production description separates those possibilities.

Why does the revision history matter for mineral statistics?

Rev. 5 did not start from a blank page. The Rev. 4 successor for other non metallic mineral products, ISIC Rev. 5 published by the UN Statistics Division, has 22 sections from A to V, 87 divisions, 258 groups, and 463 classes, endorsed by the UN Statistical Commission in March 2023. Some headings for other non metallic mineral products were split, some merged, and some reworded to reflect new ways of working. That history matters for anyone comparing statistics across years, because a series that changes revision may also change heading, even when the underlying work of melting glass or firing clay has not changed.

Always note the revision when quoting a code for other non metallic mineral products, and check correspondence material before treating an old and a new series as continuous. A ceramics plant that fired tiles under Rev. 4 and still fires tiles under Rev. 5 may appear under a different heading in the two revisions, not because its kilns changed, but because the classification around it was revised.

This guide gives general background on mineral products under Rev. 5. It does not decide any reader’s code, principal activity, or registration entry. Compare the glass, ceramic, cement, concrete, or stone work with the UNSD Rev. 5 descriptions, and confirm the entry with the national statistical institute or business register that holds the record.