Carbon footprint of CFP M2 and CFP F1 adhesives – emission analysis in industrial manufacturing
In an era of growing environmental pressure and the need for sustainable manufacturing, more and more industrial adhesive producers are disclosing the carbon footprint of their products. Below, we present detailed information on the greenhouse gas (GHG) emissions associated with two specific adhesives: CFP M2 and CFP F1.
What is Product Carbon Footprint?
A Product Carbon Footprint (PCF) represents the total greenhouse gas emissions, expressed in kilograms of carbon dioxide equivalent (kg CO₂e), generated throughout various stages of a product’s life cycle – in this case, from raw material extraction to the point the product leaves the factory gate (cradle to gate).
The calculation methodology includes:
– Direct emissions (Scope 1) – e.g., natural gas combustion during manufacturing,
– Indirect emissions (Scope 2) – primarily electricity consumption,
– Well-to-Tank (WTT) emissions – emissions from the extraction and processing of fuels and raw materials.
The following sources of emissions were excluded due to lack of data:
– Emissions related to transportation of the finished product and packaging,
– Employee commuting, internal vehicle fleet, and business travel.
CFP M2 - adhesive for PUR foam and textiles
Application: bonding polyurethane foams to wood, metal and materials along with plastics in the production of upholstered furniture and general assembly.
Carbon Footprint: ~3.78 kg CO₂e per kg of product
This value includes all emissions from the production phase and reflects a relatively moderate environmental impact while maintaining high application efficiency.
CFP F1 - adhesive for foam and wood
Application: foam bonding to wood, metal and materials and plastics and other assembly applications in the furniture industry.
Carbon Footprint: ~2.96 kg CO₂e per kg of product.
Compared to CFP M2, CFP F1 shows lower emissions. This difference may result from variations in chemical composition, production parameters, or raw material efficiency.
CFP M2 vs CFP F1 - comparison table
Parameter | CFP M2 | CFP F1 |
Adhesive type | hot melt (pianka + tkaniny) | hot melt (pianka + drewno) |
Carbon footprint (PCF) | ~3,78 kg CO₂e/kg | ~2,96 kg CO₂e/kg |
Facility | Europe | Europe |
Analysis scope | Cradle to gate | Cradle to gate |
Third-party verification | None | None |
Both PCF values were calculated using the same methodology but have not been audited or verified by independent organizations.
Why is this data important?
For manufacturers of furniture, mattresses, and upholstered components, adhesive carbon footprint data can support:
– Compliance with environmental requirements from clients and retail chains,
– Optimization of the overall environmental impact of the final product,
– Preparation for European ESG-related reporting regulations (e.g., CSRD),
– Marketing and communication strategies based on climate responsibility.
By disclosing the environmental data for CFP M2 and CFP F1 adhesives, we promote transparency and empower manufacturers to make more informed material choices. For companies in the furniture and mattress bonding sector, this represents another step toward responsible and low-emission production.
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