Every record for this item, from all sources together, converted to US dollars. The minimum, median and maximum below are calculated across all sources and are descriptive of these records. They are not the benchmark — the benchmark is computed per currency and shown below. Why both exist.
Price distribution
16 records shown. 0 removed as outliers (0 below $0.81, 0 above $31.56).
Price over time
Same records and same outlier rule as the chart above.
How order size relates to unit price
Not enough records to show how order size relates to price. The unit with the most records, m², has 13 with a quantity other than 1, from 3 tenders. The chart needs at least 20 such records from at least 5 tenders, with order sizes at least 10× apart.
Benchmark — per currency
PYGper m²
Tax included
Median $7.22IQR $3.20–$8.43Converted — derived
13 of 13 records carry a dollar figure. Publisher’s own median PYG 57,016 · IQR PYG 25,000–PYG 66,254.
13 competitive-award records from 3 contracting processes · tax included · median from 13 of 13 records
PYGper m
No benchmark
Tax included
3 eligible records. A median is not computed from fewer than 5, so none is shown.
Source records
16 records — every price links back to its source contracting process.
An OCID (Open Contracting ID) is the permanent identifier the publisher gives to one contracting process — a single tender, from notice through to award. It is how a figure on this site is traced back to the public record behind it. Rows sharing an OCID come from the same tender, not from separate purchases. More on what an OCID identifies →
Tier-1 published and derived unit prices for this classification, one row per source contracting process.
Published — the publisher gave a unit price. Derived — we divided the line total by the quantity; how prices are derived. Not averaged — the record is shown but kept out of the benchmark, because the amount is a line total rather than a unit price, or the unit names a category rather than a measure; what is counted. Units are the publisher’s own and are not normalised.