The Ai Group Industry Index for Australia’s manufacturing sector remained in contraction in December/January, with overall manufacturing conditions still weak. Manufacturing trends were mixed, as subdued demand, tariffs, rising input and wage costs, weak cashflow and labour constraints continued to weigh on output, while limited pockets of improved orders offered only partial relief. The chemicals index fell sharply to -35.3 as seasonal slowdowns, market uncertainty and higher tariffs reduced sales. In contrast, minerals and metals improved to -25.9, supported by cheaper imported inputs and some lift in new orders, though softer holiday demand and export pressures persisted. The machinery and equipment index declined to -22.3 amid lower investment, higher costs, labour shortages and slower holiday orders, despite modest gains for some firms. Food, beverages and TCF eased to -9.4, with stronger festive-season sales offset by rising wage, input, energy and tax costs. source: Australian Industry Group
Industry Index Manufacturing in Australia decreased to -19.40 points in January from -18.30 points in November of 2025. Industry Index Manufacturing in Australia averaged -8.08 points from 2020 until 2026, reaching an all time high of 21.50 points in March of 2021 and a record low of -34.10 points in April of 2020. This page includes a chart with historical data for Australia Ai Group Industry Index - Manufacturing. Australia Ai Group Industry Index - Manufacturing - data, historical chart, forecasts and calendar of releases - was last updated on February of 2026.
Industry Index Manufacturing in Australia decreased to -19.40 points in January from -18.30 points in November of 2025. Industry Index Manufacturing in Australia is expected to be 2.00 points by the end of this quarter, according to Trading Economics global macro models and analysts expectations. In the long-term, the Australia Ai Group Industry Index - Manufacturing is projected to trend around 15.00 points in 2027 and 5.00 points in 2028, according to our econometric models.