IS 156222006AI Search Enabled✦ AI Generated

Pressed ceramic tiles
2006 Edition

The IS 15622:2006 standard outlines the essential criteria for pressed ceramic tiles utilized in flooring, wall cladding, and roofing within India. It defines specifications including tile dimensions, permissible tolerances, mechanical and chemical properties, surface finish, and marking protocols across various water absorption classifications. This guideline is crucial for manufacturers, suppliers, and design professionals to maintain uniform quality and performance.

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What This Standard Covers

The IS 15622:2006 standard outlines the essential criteria for pressed ceramic tiles utilized in flooring, wall cladding, and roofing within India. It defines specifications including tile dimensions, permissible tolerances, mechanical and chemical properties, surface finish, and marking protocols across various water absorption classifications. This guideline is crucial for manufacturers, suppliers, and design professionals to maintain uniform quality and performance.

Who Uses This Standard

  • Structural Engineers
  • Building Designers
  • Construction Project Managers
  • Ceramic Tile Producers
  • Quality Assurance Specialists
  • Building Material Distributors
  • Interior Design Professionals

Key Topics Covered

Tile dimensions and allowable size variations
Classification based on water absorption rates
Mechanical characteristics such as rupture modulus and strength
Physical attributes including moisture-induced expansion and resistance to thermal shock
Surface flatness and quality standards
Specifications for spacer lug tiles
Chemical durability including resistance to stains and acids/alkalis
Marking and identification requirements
Sampling procedures and acceptance criteria
Testing methods aligned with IS 13630 series
Tile classification and designation system
Modular versus non-modular tile size categories

Table of Contents

1Application Scope and Tile Classifications

IS 15622 establishes requirements for pressed ceramic tiles categorized by water absorption into Groups B Ia, B Ib, B II, and B III, covering both modular and non-modular dimensions. Key definitions include Coordinating Size (C) as the sum of Work Size (W) and Joint Width (J). Work Size refers to the visible face dimensions, while Joint Width ranges typically between 1.5 mm to 5 mm depending on the group. Thickness is manufacturer-defined, including visible and rear profiles. Detailed tables specify size options per absorption group.

2Referenced Standards and Size Tables

The standard references IS 13630 parts for testing and details tile groups based on water absorption percentages. Size and property tables are organized per group, distinguishing modular from non-modular sizes. Thickness and size tolerances are specified, with modular tiles designed for nominal joint widths of 2 to 5 mm and non-modular tiles adhering to tighter dimensional limits.

3Terminology and Specifications

Definitions cover water absorption classifications and associated tables. Modular sizes are preferred with joint widths of 2–5 mm, while non-modular tiles must not deviate beyond ±2% and 5 mm from nominal sizes. Thickness includes the visible face and backing profiles, determined by the manufacturer.

4Tile Shapes and Size Variants

Tiles are divided into water absorption groups with corresponding modular and non-modular size tables. Examples of modular sizes (e.g., Group B Ib) illustrate manufacturer-selected work sizes to accommodate specified joint widths. Non-modular sizes have stricter tolerances to ensure dimensional accuracy.

5Technical Requirements for Tile Dimensions and Joints

The document outlines formulas for Coordinating Size as a sum of Work Size and Joint Width. Nominal joint widths vary by group (e.g., 2–5 mm for Groups B Ib and B II). Modular sizes are listed with manufacturer-selected dimensions, while non-modular tiles must comply with strict tolerance limits. Sampling and acceptance testing is as per IS 13630 Part 15.

6Marking and Identification Norms

Tiles may bear the BIS Standard Mark to indicate conformity. Markings include manufacturer details, batch or manufacturing date, and tile designation per Clause 6.3. These markings facilitate traceability and quality assurance.

7Sampling Methods and Acceptance Criteria

Sampling and acceptance procedures follow IS 13630 (Part 15). The Coordinating Size calculation and dimensional requirements are reiterated, with examples of modular sizes from Group B III. Test results should be rounded according to IS 2:1960.

8Tile Designation and Labelling System

Tiles are identified using type, finish, group classification, modular size, and actual work size dimensions. Examples illustrate the naming conventions such as 'Pressed tile, GL BIII M 15 cm x 15 cm (W 148 mm × 148 mm)'. Size, joint width, and thickness specifications are summarized in tables by water absorption group.

Annex AReferenced Indian Standards for Testing Procedures

Annex A lists the IS standards referenced for various testing methods including dimensional accuracy, water absorption, moisture expansion, thermal expansion and shock, flexural strength, chemical resistance, abrasion resistance, scratch hardness, impact resistance, frost resistance, and sampling. Each part of IS 13630 corresponds to a specific test category.

Popular Questions About IS 15622

?What are the standard dimensions and allowable tolerances for pressed ceramic tiles according to IS 15622?

IS 15622 (2006) defines standard pressed ceramic tile sizes commonly including 150x150 mm, 200x200 mm, 250x250 mm, 300x300 mm, and 400x400 mm, with thicknesses typically between 6 mm and 12 mm. Dimensional tolerances are ±0.5 mm for lengths and widths up to 200 mm, ±0.7 mm for sizes above 200 mm, ±0.3 mm for thickness, ±0.3 mm for edge straightness, and ±0.5 mm for squareness (difference between diagonals). These tolerances ensure proper fitting and uniformity during installation while meeting mechanical and surface quality standards.

?How does IS 15622 categorize pressed ceramic tiles based on water absorption?

IS 15622 classifies pressed ceramic tiles into groups depending on their water absorption (E) levels: Very Low Absorption for E ≤ 0.08%, Low Absorption for 0.08% < E ≤ 3%, Medium Absorption for 3% < E ≤ 6%, and High Absorption for 6% < E ≤ 10%. This refined classification enhances selection based on tile durability and suitability for specific environments.

?What mechanical and physical properties are required for pressed ceramic tiles as per IS 15622?

For tiles with water absorption between 3% and 6%, IS 15622 mandates minimum breaking strength values of 200 N for thicknesses up to 7.5 mm and 500 N for thicker tiles. The modulus of rupture averages 30 N/mm² with a minimum of 28 N/mm². Scratch hardness must be at least 7 on the Mohs scale for commercial and 5 for residential tiles. Glazed tiles should meet minimum abrasion resistance classes (IV for commercial, II for residential). Thermal shock resistance requires a minimum of 10 cycles, and crazing resistance for glazed tiles is specified at 4 cycles under pressure. Chemical resistance includes stain resistance, household chemicals, and acids/alkalis with specified minimum classes.

?Are spacer lug tiles included in IS 15622, and what are their specifications?

Yes, spacer lug tiles are addressed in IS 15622. Spacer lugs are raised projections approximately 0.6 mm thick on tile edges that maintain a minimum joint width when tiles are installed edge-to-edge. They ensure the grout fully fills the joint without exposing the lug. Alternate spacer systems may be used, with joint widths governed by the manufacturer’s specified work size. Projections less than 0.3 mm thickness are not considered spacer lugs and must not be used for spacing.

?What marking and labeling requirements are specified for pressed ceramic tiles under IS 15622?

IS 15622 requires that pressed ceramic tiles or their packaging display the manufacturer’s name and address, trade mark, country of origin, batch number or manufacturing date, and tile designation as defined in Clause 6.3. This labeling ensures product traceability, quality control, and helps end-users and regulatory bodies verify compliance.

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