Producer price inflation, UK: February 2017

Changes in the prices of goods bought and sold by UK manufacturers including price indices of materials and fuels purchased (input prices) and factory gate prices (output prices).

This is not the latest release. View latest release


21 March 2017 11:00

A correction has been made to Figure 4. This was due to a small error when the incorrect figures for the sterling exchange rate were used. You can see the original content in the superseded version. We apologise for any inconvenience.

View superseded version


22 March 2017

Tables 1 to 7, 8R and 9R have replaced the incorrectly loaded Tables 1R, 2R, 7R, 8R and 9R

Email James Wells

Release date:
21 March 2017

Next release:
11 April 2017

1. Main points

  • Both the annual and monthly rate of producer price inflation increased in February 2017.

  • Factory gate prices (output prices) rose 3.7% on the year to February 2017, which is the eighth consecutive period of annual price increases and the highest they have been since December 2011.

  • Prices for materials and fuels paid by UK manufacturers for processing (input prices) rose 19.1% on the year, a slight decrease from the year to January 2017 but the second fastest rate of annual growth since September 2008.

  • Prices of imported materials and fuels increased 19.0% on the year, which is the first time the annual rate has been lower than the overall input PPI since December 2015.

Back to table of contents

2. Things you need to know about this release

The factory gate price (output price) is the amount received by UK manufacturers for the goods that they sell to the domestic market. It includes the margin that businesses make on goods, in addition to costs such as labour, raw materials and energy, as well as interest on loans, site or building maintenance, or rent.

The input price measures the price of materials and fuels bought by UK manufacturers for processing. It includes materials and fuels that are both imported or sourced within the domestic market. It is also not limited to materials used in the final product, but includes what is required by businesses in their normal day-to-day running, such as fuels.

Index numbers shown in the main text of this bulletin are on a net sector basis. The index for any sector relates only to transactions between that sector and other sectors; sales and purchases within sectors are excluded.

Indices relate to average prices for a month. The full effect of a price change occurring part way through any month will only be reflected in the following month’s index.

All index numbers exclude VAT. Excise duty (on cigarettes, manufactured tobacco, alcoholic liquor and petroleum products) is included, except where labelled otherwise.

Each Producer Price Index (PPI) has 2 unique identifiers: a 10-digit index number, which relates to the Standard Industrial Classification code appropriate to the index and a 4-character alpha-numeric code, which can be used to find series when using the time series dataset for PPI.

Every 5 years, producer price indices are rebased and their weights updated to reflect changes in the industry.

Figures for the latest 2 months are provisional and the latest 5 months are subject to revisions in light of (a) late and revised respondent data and (b) for the seasonally adjusted series, revisions to seasonal adjustment factors are re-estimated every month. A routine seasonal adjustment review is normally conducted in the autumn each year.

Full definitions of the terms used within this analysis can be found in the Quality and methodology section within this bulletin.

Back to table of contents

3. Producer price inflation summary

Over the past 15 years, input PPI has experienced large peaks and troughs and strong overall growth, driven by global movements in prices for crude oil and commodities (Figure 1). Between February 2002 and February 2017, input prices increased 76%, which was mainly fuelled by crude oil prices which rose 209% over the period. Output prices increased 31% across the same period.

More recently we have seen input prices move out of a 32 month period of deflation between November 2013 and June 2016. Following the EU referendum vote in June 2016, the rate of input inflation has steadily grown, reaching 19.1% in February 2017. Output prices also moved out of a period of deflation in July 2016 following 24 months of falling prices.

Since the pre- downturn peak in mid- 2008, output prices have grown 10.7%, while input prices were at the same level in February 2017 as they were back in June 2008. This suggests that while the UK production sector is currently bearing the same overall cost for materials and fuels that it was in mid- 2008, the amount it receives for goods at the factory gate is 10.7% higher.

Input producer prices grew 19.1% on the year to February 2017 and fell 0.4% between January 2017 and February 2017. It is the eighth consecutive period of annual growth and the second highest increase seen since September 2008.

Prices of imported materials and fuels rose 19.0% on the year to February 2017, which is largely the result of a 10.4% depreciation of the sterling effective exchange rate and an 89.3% annual increase in the price of inputs of crude oil. In recent months imported materials and fuels has been the main driver of input PPI inflation as it has a weight of around 68% of the input price index, however, input PPI overall grew at a faster rate.

Figure 2 shows the contributions by sector to the annual and monthly input price inflation rate. Crude oil provided the largest contribution of 9.05 percentage points to the annual rate, although on the month it provided a downward contribution of 0.10 percentage points. Crude oil prices have increased by 89.3% on the year to February 2017 and decreased by 0.6% on the month, which is the highest annual increase seen since June 2000.

Home food materials and imported metals prices were the second and third largest contributors to the annual rate, with annual growth rates of 19.6% and 35.2% respectively.

Prices of home food materials have been growing for the past 10 months, with the February figure being the second highest annual increase seen since April 2011. The main contributor to the rise in home food materials was crop and animal production, which has increased mainly on the back of a rise in the price of wheat.

The annual rate of inflation for imported metals has now seen 8 months of consecutive growth following 17 months of falling prices. The annual growth rate of 35.2% has fallen back slightly compared with January 2017 but is still the second largest increase since recent records began in 1996.

The annual rate of inflation for factory gate prices continued to grow on the year to February 2017 with prices increasing by 3.7%. It is the eighth consecutive rise after 2 years of falls and the largest increase since December 2011.

Month-on-month prices saw an increase of 0.2% between January 2017 and February 2017. Monthly inflation has now been growing since February 2016, which is the longest continuous period of growth since the end of 2011.

Petroleum products had an annual growth rate of 23.4% and showed an upward contribution of 1.48 percentage points to the PPI output annual rate (Figure 3), which was driven by diesel and gas oil which increased 22.1%. This was the second largest annual rise to prices of petroleum products since April 2010 and the sixth consecutive increase after 3 years of falling prices.

All sectors showed upward contributions to the annual rate, with transport equipment being the second largest with an annual growth rate of 3.2%, driven by a 2.9% increase in the prices of motor vehicles, trailers and semi-trailers. The month-on-month rate decreased by 0.1%, which was also driven by motor vehicles, trailers and semi-trailers.

Back to table of contents

4. Why has the cost of imported metals reached record levels and how is this feeding through to factory gate prices?

Figure 4 shows the rate of inflation for imported metals used in the manufacture of metal goods, broken down by type of product and the sterling effective exchange rate. From 2012 to mid- 2016, imported metal prices went through a prolonged period of price deflation, albeit with some peaks and troughs. Looking at the sterling effective exchange rate it can be seen that it mostly appreciated across this period. All else equal, an appreciation of sterling leads to a decrease in the price of UK imports when transactions are carried out in foreign currency. The opposite is true when sterling depreciates, which can be seen from 2016 when metal prices increased.

Movements in the price of metals on the global market also had an impact on producer prices inflation in the UK. Global prices for metals went through a prolonged period of deflation starting in early 2011, which resulted in falling input costs for UK manufacturers of metal goods. In its Commodity Special Feature (2015) the International Monetary Fund (IMF) suggested the decline in global metal prices from 2011 was likely due to global supply outstripping demand.

Since December 2015, the annual change to the sterling effective exchange rate has fallen by as much as 18.4% in October 2016. This along with a recovery in global metal prices since early 2016 has led to the inflation rate for imported inputs used in metal manufacturing reaching 36.9% in January 2017, its highest annual growth since recent records began in 1996.

Imported products used in the manufacture of other basic metals and castings contributed most to movements to basic metals prices over the past 15 years. The same trend across time can be also be seen, however, for imported products used in the manufacture of basic iron and steel.

Figure 5 shows the rate of factory gate price inflation for manufacturers of metals, machinery and equipment broken down by type of metal product. In terms of contributors to the rate of inflation, manufacturers of basic metals is the only sector to have witnessed any significant period of falling prices. The greater influence of exchange rate movements and global metal prices on manufacturers that make basic metal products might reflect the fact that input costs represent a larger overall proportion of the cost for manufacturing basic metal goods compared to other metal products. Businesses manufacturing goods such as machinery and equipment and fabricated metals will likely have wider more complicated supply chains with a broader mix of home produced and imported inputs. Since early 2016 all types of metal goods have witnessed price inflation, which resulted in 10 consecutive months of price increases by February 2017.

Back to table of contents

6. Quality and methodology

The PPI Quality and Methodology Information document contains important information on:

  • the strengths and limitations of the data and how it compares with related data

  • users and uses of the data

  • how the output was created

  • the quality of the output including the accuracy of the data

If you would like more information about the reliability of the data, a PPI standard errors article was published 20 March 2017. The article presented the calculated standard errors of the Producer Price Index (PPI) during the period January 2016 to December 2016, for both month-on-month and 12-month growth.

Guidance on using indices in indexation clauses has been published on our website. It covers producer prices, services producer prices and consumer prices.

An up-to-date manual for the PPI, including the import and export index, is now available. PPI methods and guidance provides an outline of the methods used to produce the PPI as well as information about recent PPI developments.

Gross sector basis figures, which include intra-industry sales and purchases, are shown in PPI dataset Tables 4 and 6.

The detailed input indices of prices of materials and fuels purchased by industry (PPI dataset Table 6) do not include the Climate Change Levy (CCL). This is because each industry can, in practice, pay its own rate for the various forms of energy, depending on the various negotiated discounts and exemptions that apply.

Back to table of contents