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IS 10753 : 1983Code of practice for preservation of wooden sleepers for railway track by pressure treatment

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AREMA MREMA Chapter 30: Ties · EN 13145 · AS 1085.2
CurrentSpecializedCode of PracticeTransportation · Timber and Timber Stores
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OverviewValues5InternationalTablesFAQ4Related

IS 10753:1983 is the Indian Standard (BIS) for preservation of wooden sleepers for railway track by pressure treatment. This standard provides the code of practice for preserving wooden sleepers for railway tracks using pressure treatment. It covers the types of preservatives (like creosote-fuel oil mixture), conditioning of timber before treatment, the treatment process itself, and the required net retention of preservatives to ensure durability against decay.

Code of practice for preservation of wooden sleepers for railway track by pressure treatment

Overview

Status
Current
Usage level
Specialized
Domain
Transportation — Timber and Timber Stores
Type
Code of Practice
International equivalents
AREMA MREMA Chapter 30: Ties · AREMA (American Railway Engineering and Maintenance-of-Way Association), USAEN 13145:2017 · CEN (European Committee for Standardization), EuropeAS 1085.2:2012 · Standards Australia, AustraliaAWPA U1-21 · AWPA (American Wood Protection Association), USA
Typically used with
IS 218IS 10394IS 2753IS 730
Also on InfraLens for IS 10753
5Key values1Tables4FAQs
Practical Notes
! Effective preservation is highly dependent on the initial seasoning of the timber; moisture content must be sufficiently low for the preservative to penetrate.
! Pre-boring of holes for spikes and adzing of the rail seat area before treatment is crucial for protecting the most vulnerable parts of the sleeper.
! While this IS code exists, Indian Railways primarily follows its own updated standards (IRS specifications) issued by RDSO for sleepers.
Frequently referenced clauses
Cl. 3PreservativesCl. 4TreatmentCl. 5Conditioning of Sleepers for TreatmentCl. 6Requirements for TreatmentCl. 8Inspection
Pulled from IS 10753:1983. Browse the full clause & table index below in Tables & Referenced Sections.
woodtimbersleeperspreservativecreosotefuel oil

International Equivalents

Similar International Standards
AREMA MREMA Chapter 30: TiesAREMA (American Railway Engineering and Maintenance-of-Way Association), USA
HighCurrent
Ties
Provides specifications for the material, manufacture, inspection, and pressure treatment of wood railway ties.
EN 13145:2017CEN (European Committee for Standardization), Europe
HighCurrent
Railway applications - Track - Wood sleepers and bearers
Specifies quality, geometry, and preservative treatment requirements for wooden sleepers and bearers for railway tracks.
AS 1085.2:2012Standards Australia, Australia
HighCurrent
Railway track material - Part 2: Timber sleepers, switch ties and bridge transoms
Details requirements for timber species, dimensions, grading, and preservative treatment for timber railway sleepers.
AWPA U1-21AWPA (American Wood Protection Association), USA
MediumCurrent
Use Category System: User Specification for Treated Wood
Provides a comprehensive framework for selecting preservatives for various use categories, including railway ties (UC 4C).
Key Differences
≠The Indian standard specifies preservatives like Creosote-Fuel Oil (CFA), CCA, and CCB, which were common in 1983. Modern international standards like AREMA and EN permit or prefer a wider range of preservatives, including borates, copper azoles (ACQ/CA), and have stricter purity requirements for creosote.
≠IS 10753 is tailored to Indian timber species like Sal, Deodar, Chir, and Kail. International standards specify species relevant to their regions, such as Oak and Douglas Fir (AREMA) or Beech and Pine (EN).
≠Modern international standards (e.g., EN 13145) incorporate more extensive environmental, health, and safety regulations regarding the handling of preservatives and disposal of treated wood, reflecting post-1983 regulatory changes that are not as prominent in IS 10753.
≠International standards like AREMA Chapter 30 often specify mandatory 'incising' (creating small slits in the wood surface) for refractory species like Douglas Fir to improve preservative penetration, a practice not detailed as a requirement in IS 10753.
Key Similarities
≈All standards are fundamentally based on the principle of using pressure treatment to force preservatives deep into the wood structure to protect it from biological decay and insects.
≈IS 10753 and its international counterparts all recognize and specify common pressure treatment processes, including the Full-Cell (Bethell) and Empty-Cell (Rueping, Lowry) methods, as standard industry practice.
≈A universal prerequisite in all standards is the requirement for sleepers to be properly seasoned (air-dried or kiln-dried) to a specified moisture content before treatment to ensure effective preservative absorption.
≈The primary quality control metrics across all standards are preservative retention (the amount of preservative retained per unit volume of wood) and penetration (the depth the preservative reaches), which together determine the effectiveness and longevity of the treatment.
Parameter Comparison
ParameterIS ValueInternationalSource
Moisture Content (Pre-treatment)Shall not exceed 25% for most species.Required to be seasoned until moisture content permits treatment; often targeted below the fiber saturation point (~30%).AREMA Chapter 30
Preservative Retention (Creosote)96 kg/m³ for Group A hardwood (Sal).6.0 pcf (approx. 96 kg/m³) for Mixed Hardwoods; 7.0 pcf (approx. 112 kg/m³) for Oak.AREMA Chapter 30
Preservative Retention (Creosote)120 kg/m³ for Group B softwood (Chir/Deodar).8.0 pcf (approx. 128 kg/m³) for Southern Pine.AREMA Chapter 30
Penetration (Hardwood)Complete sapwood penetration for Sal (hardwood).In Oak, 95% of sapwood depth; in other hardwoods, complete sapwood penetration.AREMA Chapter 30
Penetration (Softwood)Min. 12 mm depth or 75% of sapwood, whichever is less, for Deodar/Chir (softwoods).Min. 2.5 inches (63.5mm) or 90% of sapwood for Southern Pine; Min. 0.5 inches (12.7mm) and 90% of sapwood for Douglas Fir.AREMA Chapter 30
Treatment Pressure7 to 14 kgf/cm² (approx. 686 to 1373 kPa).Pressure shall not exceed a maximum that would damage the wood, typically around 200 psi (approx. 1379 kPa).AREMA Chapter 30
⚠ Verify details from original standards before use

Key Values5

Quick Reference Values
Creosote to Fuel Oil ratio50:50 by volume
Min net retention for Creosote-Fuel Oil mixture112 to 160 kg/m^3 (depending on wood species)
Max treatment pressure14 kgf/cm^2
Max treatment temperature105 °C
Min seasoning period for sleepers6 to 12 months, depending on species

Tables & Referenced Sections

Key Tables
Table 1 - Net Retention of Preservative
Key Clauses
Clause 3 - Preservatives
Clause 4 - Treatment
Clause 5 - Conditioning of Sleepers for Treatment
Clause 6 - Requirements for Treatment
Clause 8 - Inspection

Related Resources on InfraLens

Cross-Referenced Codes
IS 218:2014Glass Beads for Road Marking
→
IS 10394:1982wooden sleepers for railway track
→
IS 2753:2000Methods for estimation of preservatives in tr...
→
IS 730:2018Copper Wire for General Engineering Purposes
→

Frequently Asked Questions4

What is the main preservative specified for wooden sleepers?+
A 50:50 mixture of Creosote (conforming to IS 218) and fuel oil (Clause 3.1).
What is the purpose of pressure treatment?+
To force the preservative deep into the wood under pressure, ensuring thorough penetration that cannot be achieved by simple dipping or brushing (Clause 4).
How is the quality of treatment checked?+
By measuring the net retention of preservative in kilograms per cubic meter (kg/m^3) and checking the penetration depth, which must meet the minimum values specified in Table 1.
Why is pre-treatment conditioning necessary?+
To reduce the moisture content of the wood (seasoning) so that it can absorb the preservative effectively. Unseasoned wood will not allow proper penetration (Clause 5).

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