Fresh coffee beans was one of the best performers among the various hot drinks categories in 2023, benefiting from premiumisation. In particular, it has been benefiting from single-origin and speciality coffee, as consumers become more concerned about the traceability of their coffee and transparency about where it is sourced. This resulted in an increase in the unit volume sales of flexible plastic in 2023, its main pack type.
The Hot Drinks Packaging in United Kingdom report offers insight into key trends and developments driving packaging across the category. The report also examines trends and prospect for various pack types and closures: metal packaging, rigid plastic, glass, liquid cartons, paper-based containers; flexible packaging.
Product coverage: Coffee, Other Hot Drinks, Tea.
Data coverage: Market sizes (historic and forecasts), company shares, brand shares and distribution data.
The Hot Drinks Packaging in United Kingdom report offers insight into key trends and developments driving packaging across the category. The report also examines trends and prospect for various pack types and closures: metal packaging, rigid plastic, glass, liquid cartons, paper-based containers; flexible packaging.
Product coverage: Coffee, Other Hot Drinks, Tea.
Data coverage: Market sizes (historic and forecasts), company shares, brand shares and distribution data.
Why buy this report?
- Get a detailed picture of the Hot Drinks Packaging market;
- Pinpoint growth sectors and identify factors driving change;
- Understand the competitive environment, the market’s major players and leading brands;
- Use five-year forecasts to assess how the market is predicted to develop.
Table of Contents
KEY DATA FINDINGS2023 DEVELOPMENTS
- Metal tins taking share from glass jars in instant coffee in 2023
- Interest in fruit/herbal teas driving volume sales of folding cartons
- Players are shifting towards recyclable packaging across hot drinks
- Strong growth expected for aluminium/plastic pouches in hot drinks packaging
- Expected acceleration in the move towards smaller pack sizes
