Core
PIM for Construction and BIM: Product Data for Building Products
Stephan Spijkers · 2026-10-17 · 7 min read
In construction, installation and finishing, BIM and PIM do different jobs. The model describes the building. The catalog describes what a manufacturer or wholesaler can supply into it. On a project, the failure you can see is two copies of the truth: someone searches three folders for a specification, the model names one product, and procurement orders another. This guide explains how BIM and PIM fit together, what a building products manufacturer should keep in a PIM, how ETIM and the regulations shape the data, and how to avoid the usual failure.
BIM and PIM: what each one does
BIM (building information modelling) is more than a 3D shape. Elements in the model carry parameters, materials and groupings. Designers use them to calculate, for example, the thermal balance of partitions or the load cases a project uses. Project data often sits in a Common Data Environment (CDE) so the current set is reachable by internal teams and external partners. The information management side is standardised in ISO 19650, and the open exchange schema, IFC, in ISO 16739-1.
A PIM keeps product content and assets aligned across every place you sell: attributes, images, video, 3D renderings, documents, hierarchies and categories. The customer should meet the same product on each channel, and the operation behind each channel should work from the same record. For the general definition, see what is PIM.
| System | What it owns | Who works in it | The question it answers |
|---|---|---|---|
| PIMProduct information managementYou are here | Sellable product content: attributes, descriptions, asset links, translations and channel versions. | E-commerce, marketing, category and product content teams. | Is this product complete and ready to sell on this channel? |
| PDMProduct data managementPDM guide | Engineering files and technical data: CAD models, drawings and revisions. | Engineers and product designers. | Which revision of this design is current? |
| PLMProduct lifecycle managementPLM guide | The product while it is designed and engineered: specifications, bills of materials, changes and compliance. | R&D, engineering, quality and sourcing. | What exactly are we making, and which version is released? |
| ERPEnterprise resource planningERP guide | Transactions and operations: orders, stock, purchasing, pricing and finance. | Finance, supply chain, purchasing and sales operations. | What did we buy, make, sell, ship and invoice? |
A PIM is also not a digital twin, and it does not replace product data management for engineering files; see what product data management is. BIM is the model of the building, the PIM is the product record next to it.
Why manufacturers of building products need a PIM
A manufacturer sells through several routes at once: wholesalers, webshops, specifiers and the BIM model itself. Each asks for the same product in a different format.
What changes when the PIM feeds the model:
- Fewer calculation errors, because the design uses product data you maintain.
- Faster decisions by designers and procurement, who find one current record instead of searching mail and shared drives.
- A shorter path from specification to order, with less rework. A spec the model and the supply can both describe means the information used for the decision is the information that will be ordered.
- Documentation that still holds from concept through completion, because a change to a product is visible in the shared data, not in a side file.
ETIM, classification and BIM
ETIM is, in its own words, the international classification standard for technical products. It gives each product a class and a set of standardised features, so a wholesaler's webshop, a datapool and a BIM tool read the same structure. In construction and installation, many wholesalers and buying groups ask suppliers for ETIM-classified data. ETIM International publishes new releases, and a new release is a data-model change for the PIM, not a label swap; ETIM 10.0, for example, introduced feature groups and ships with a new exchange format version, according to ETIM International. Plan that change from the difference reports.
Classification choices (ETIM, ECLASS, GS1) are covered in product classification: GS1, ETIM and ECLASS. The practical rule for BIM: store the ETIM class and features in the PIM once, and let exports for BIM objects and the wholesaler's feed read from it.
What to put in the shared record
PIM for BIM covers:
- images, CAD drawings and 3D models;
- specifications and performance data;
- attributes that belong to that product only, and the classification;
- technical documents, test results and environmental information;
- versions, including moving files between the systems the project already uses.
Choose the classification
Decide the primary classification (often ETIM, sometimes ECLASS or a national scheme) and map your product range to it. Everything else is built on this.
Define what the model needs
Ask specifiers and BIM authors which attributes their models read: dimensions, material, fire rating, thermal values, the manufacturer code. Those become required fields.
Name an owner for each attribute
One party approves a change to the product record, the others read it. Settle this before the model depends on the catalog.
Link files and documents
Attach CAD, 3D, test reports and certificates to the product with version and validity date, and make the current version the only one that gets published.
Publish to each audience from the same record
Generate BIM object data, wholesaler feeds, datasheets and webshop content from the record, and check each output after every change.
Where it fails
A PIM does not repair a BIM project by itself. If product data is not kept consistently, you still get duplication, wrong information and delays. The usual cause is ownership: who maintains the record, and whether the other parties actually work from it. A single repository full of stale dimensions is one copy of the wrong fact, and people stop checking because only one place is left to look. Treat data quality and governance as part of the project.
The trade-off is plain. Maintaining one record means a change takes an approval instead of an edited spreadsheet sent at the end of the day. That feels slower on a Tuesday. It keeps Thursday's order aligned with the model.
Regulation: construction products and the digital product passport
The EU Construction Products Regulation, Regulation (EU) 2024/3110, applies in general from 8 January 2026. Some provisions applied from 7 January 2025, and the penalties article applies from 8 January 2027. The regulation refers to a construction digital product passport system under its Article 75. Environmental information is being phased in, so check the Commission's pages for which elements apply to your products. For how a passport changes product data work, see the digital product passport guide.
Choosing a PIM for building products
Weigh these points:
- ETIM, ECLASS and BMEcat support, and how releases are handled.
- Datapool and wholesaler connections your customers use.
- Handling of CAD, 3D and document versions, or a DAM next to the PIM; see DAM and PIM.
- Variant and configuration depth for products with many options.
- Integration with the ERP and with engineering systems.
Our profiles describe several vendors with a construction focus. Utopis is described as supporting ETIM, BIM and GS1 for building materials and installation, Compano as purpose-built for ETIM-classified data and construction datapools, and Greedybean as combining PIM and DAM with built-in ETIM classification. mediacockpit is described with ETIM and ECLASS depth for B2B publishing. Verify each against your own classification and customer requirements. Continue with how to select the right PIM, the manufacturing shortlist and the wholesale shortlist.
Where to go from here
Frequently asked questions
What is the difference between PIM and BIM?
BIM (building information modelling) describes the building: a model with geometry and data for every element. A PIM describes the products you can supply into that building. The model points at products, the PIM keeps the product record they come from.
Why does a building products manufacturer need a PIM for BIM?
Designers place your product as an object in the model and read its dimensions, performance and classification there. If that data is copied by hand from datasheets, it drifts. A PIM keeps one record that feeds BIM objects, catalogs, wholesalers and the webshop.
What is ETIM and how does it relate to a PIM?
ETIM is an international classification standard for technical products. A PIM stores each product in an ETIM class with its standardised features, so wholesalers, webshops and BIM tools read the same structure.
What is a BIM object?
A BIM object is a digital representation of a product with geometry and product data, which designers place in a model. The data it carries (dimensions, material, performance, classification) should come from the manufacturer's maintained product record.
Which data should be in the PIM for BIM?
Images, CAD drawings and 3D models, specifications and performance data, product-specific attributes, classification codes, and technical documents such as test results and environmental information, all versioned.
What is IFC and why does it matter?
IFC (Industry Foundation Classes) is the open data schema for exchanging BIM information, standardised as ISO 16739-1. It lets the model move between software from different vendors.
Is a PIM a replacement for a Common Data Environment?
No. A Common Data Environment holds the project's information while the project runs. The PIM holds the manufacturer's maintained product records that feed it.
Which PIM vendors fit construction and building products?
Check vendors with ETIM, BMEcat and datapool support, such as Utopis, Compano and Greedybean, which are described in our profiles as built for construction and installation. Test each on your own product data.
Diagnostic
Do you actually need a PIM?
Run the complexity index before you budget software or hire an SI.
Budget
Model a first-pass TCO
Translate catalog shape into a three-year cost range in under ten minutes.
