ISO 10386-1994 PDF

Full title and description

ISO 10386:1994 — Ferroboron — Specification and conditions of delivery. This International Standard specifies requirements, chemical and physical characteristics, and the conditions of delivery for ferroboron normally supplied for steelmaking and foundry use.

Abstract

The standard defines composition limits, particle-size classes and tolerances, consignment methods, sampling and testing requirements, and documentation, packing, storage and transport provisions necessary to ensure consistent quality and traceability of ferroboron supplied as a master alloy for metallurgical applications.

General information

• Status: Published (International Standard; confirmed in periodic review).
• Publication date: September 1994 (1994-09).
• Publisher: International Organization for Standardization (ISO).
• ICS / categories: 77.100 — Ferroalloys.
• Edition / version: Edition 1 (1994).
• Number of pages: 3 pages (concise specification document).

Scope

ISO 10386:1994 applies to ferroboron supplied for use in steelmaking and foundry applications. It sets out minimum information and requirements to be agreed between supplier and purchaser — including designation, chemical composition limits, particle-size class, consignment constitution, sampling and test methods, and delivery/packaging conditions — to ensure material suitability and interchangeability in industrial use.

Key topics and requirements

• Definition and designation of ferroboron grades and expected boron content ranges.
• Chemical composition limits and agreement of additional element limits between supplier and purchaser.
• Particle-size classes and tolerances for lumps, crushed and screened material.
• Consignment constitution rules (e.g., tapped, graded or blended lots) and rules for variation control between melts.
• Sampling, testing and certification requirements; supplier analysis and procedures for check and arbitration testing (references to established sampling and sieve-analysis methods).
• Requirements for packing, storage, transport and protection against contamination; documentation and traceability on delivery.

Typical use and users

Primary users are steelmakers and foundries that use ferroboron as a master alloy to introduce boron into melts, ferroalloy producers and traders, procurement and quality-assurance personnel, testing laboratories performing chemical and particle-size analysis, and standards committees concerned with ferroalloy trade and specification.

Related standards

Related documents include other ISO ferroalloy specifications and ISO/TC 132 outputs (for example adjacent ferroalloy delivery specifications such as ISO 10387 series items) and referenced methods for sampling and sieve analysis (standards commonly cited in ferroalloy delivery specifications, e.g. ISO sampling and particle-size test standards).

Keywords

Ferroboron, ferroalloy, master alloy, boron, steelmaking, foundry, chemical composition, particle size, consignment, sampling, delivery conditions, ISO 10386.

FAQ

Q: What is this standard?

A: ISO 10386:1994 is an International Standard that specifies the requirements and conditions of delivery for ferroboron used in metallurgical applications, particularly steelmaking and foundry work.

Q: What does it cover?

A: It covers designation and grade descriptions, chemical composition limits, particle-size classes, consignment rules, sampling and testing procedures, documentation and certification, and packing, storage and transport requirements for ferroboron consignments.

Q: Who typically uses it?

A: Steelmakers, foundries, ferroalloy manufacturers and suppliers, procurement and QA teams, and testing laboratories use this standard to ensure material meets agreed delivery and quality criteria.

Q: Is it current or superseded?

A: The 1994 edition (Edition 1) remains the published International Standard; the document has been through ISO's systematic review process and was confirmed (review status updated) in periodic reviews. Users should check with their national standards body or ISO for any amendments or later revisions before relying on the text for procurement or compliance decisions.

Q: Is it part of a series?

A: It sits within ISO's ferroalloys work under ISO/TC 132 and is related to other ferroalloy specification standards; while not formally a numbered multi‑part series, it is part of the broader set of ISO delivery and specification standards for ferroalloys and associated testing methods.

Q: What are the key keywords?

A: Ferroboron, boron, ferroalloy, master alloy, specification, delivery, sampling, chemical analysis, particle size, steelmaking, foundry.