ASTM E1032-19 PDF

Full title and description

ASTM E1032-19 — Standard Practice for Radiographic Examination of Weldments Using Industrial X‑Ray Film. This practice provides uniform procedures and recommended techniques for performing radiographic (film) examination of weldments with industrial X‑ray film, including guidance on image quality indicators, exposure and processing, and general radiographic technique selection for weld inspection.

Abstract

ASTM E1032-19 establishes a standard practice intended to control the quality of radiographic images obtained when using industrial X‑ray film for examination of weldments. It describes essential radiographic techniques, reference radiographs and image quality considerations, and references related ASTM and ASNT documents for quality control and personnel qualification. The practice is intended to define procedures rather than to set acceptance criteria for weld quality (acceptance criteria are specified by contract or product specification).

General information

• Status: Published (current edition approved Feb 1, 2019; practice designation E1032-19).
• Publication date: Approved Feb 1, 2019; published in early 2019 (document year 2019).
• Publisher: ASTM International (American Society for Testing and Materials).
• ICS / categories: Welding joints and welds — ICS code 25.160.40 (Nondestructive testing / radiography applications).
• Edition / version: E1032-19 (2019 revision; original designation E1032 with prior editions including 2012 and earlier).
• Number of pages: Approximately 7 pages (concise practice document).

Scope

This standard practice provides a uniform procedure for radiographic examination of weldments using industrial radiographic film. It addresses radiographic extent, quality level, and radiographic technique selection intended to ensure adequate defect detectability for typical weld inspection tasks; it does not itself establish acceptance criteria for welds, which shall be specified by contract, purchase order, product specification, or drawings. The practice also notes that special applications may require alternative or more stringent techniques agreed upon by purchaser and supplier, and it refers users to related guides and procedures for film handling, processing, and personnel qualification.

Key topics and requirements

• Standard designation and scope: procedures specifically for industrial X‑ray film radiography of weldments, not acceptance criteria.
• Radiographic technique selection: guidance on exposures, geometry, and technique selection to achieve required image quality and defect detectability.
• Image quality control: use and classification of Image Quality Indicators (IQIs) / wire or hole type indicators and reference radiographs to monitor image quality.
• Film processing and storage considerations for consistent radiographic results.
• Referenced documents and coordination: refers to related ASTM guides and practices (for example, Guide E94, Practice E1742, Practice E1025, and related densitometry and film classification practices).
• Safety and user responsibility: alerts users that the standard does not address all safety concerns and that users must establish appropriate safety, health, and regulatory practices before use.

Typical use and users

Used by NDT technicians, radiographers, welding inspectors, quality engineers, and inspection agencies performing film radiography of welded components in industries such as construction, oil & gas, petrochemical, power generation, heavy fabrication, and transportation. It is referenced by procurement documents, inspection specifications, and training/qualification programs to standardize film‑based weld radiography procedures and image quality practices.

Related standards

Commonly referenced standards and guides include ASTM E94 (Guide for Radiographic Examination Using Industrial Radiographic Film), E1742 (Practice for Radiographic Examination), E1025/E747 (IQI designations and classifications), E1815 (classification of film systems), E999 (film processing quality control), E1316 (NDT terminology), and relevant ASNT/NAS documents on personnel qualification and certification. Users should consult these documents for complementary procedures, calibration, and qualification requirements.

Keywords

radiographic examination, weldments, X‑ray film, film radiography, nondestructive testing (NDT), image quality indicator (IQI), radiography procedure, weld inspection, ASTM E1032

FAQ

Q: What is this standard?

A: ASTM E1032-19 is a standard practice that provides a uniform procedure for radiographic examination of weldments using industrial X‑ray film (designation E1032, 2019 revision).

Q: What does it cover?

A: It covers recommended radiographic techniques, image quality control (IQIs and reference radiographs), film processing and handling considerations, and references to related guides and practices; it sets procedures for producing radiographs rather than acceptance criteria for welds.

Q: Who typically uses it?

A: Nondestructive testing personnel — radiographers, welding inspectors, quality and inspection engineers, inspection agencies, and others involved in film‑based radiographic inspection of welds across energy, construction, transportation, and manufacturing sectors.

Q: Is it current or superseded?

A: The E1032-19 edition was approved in early 2019 and is the 2019 revision of the practice. As of the date of this product page, the 2019 edition remains the published practice; a formal ASTM work item exists to revise E1032-19 (indicating active review/revision work), so users should confirm whether a newer revision has been issued before relying on the standard for new procurements or specifications.

Q: Is it part of a series?

A: Yes — it is part of ASTM Committee E07 (Nondestructive Testing) publications covering radiology and radiographic practices and complements other ASTM radiography and NDT standards and guides (e.g., E94, E1742, E1030, E1025, E1316).

Q: What are the key keywords?

A: Radiography, weld inspection, X‑ray film, image quality indicator (IQI), nondestructive testing, radiographic technique, ASTM E1032.