Physical testing
Fundamental Fabric & Yarn Properties
Fibre Analysis / Composition
Yarn Count
Thread Count / Construction
Fabric Weight
Type of Weave
Twist Determination
Length, Width Determination
Spinning Process Identification (Ring, O/E, MJS, MVS)
Number of Filaments
Determination of Structure (FTY/Texturized)
Determination of Size Containing Tegawa Scale
Physical Composition of Socks / Fabric
Strength & Durability Tests
Bursting Strength Ball Burst Method
Bursting Strength Hydraulic Method
Bursting Strength Pneumatic Method
Tensile Strength
Tear Strength
Seam Strength
Seam Slippage
Single Yarn Strength
Specialised Pile & Loop Tests
Pile Height
Pile Ratio
Physical Composition of Towel
Loop Strength of Pile Yarn
Surface & Comfort Properties
Pilling Resistance (Martindale
Pilling Resistance (Random Tumble)
Pilling Resistance (ICI Box)
Abrasion Resistance
Air Permeability of Fabric
Stretch Properties of Textile Fabrics CRE Method
Stretch Properties of Fabrics Woven from Stretch Yarns
Determination of the elasticity of fabrics
Surface & Comfort Properties
1. Pilling Resistance (Martindale)
2. Pilling Resistance (Random Tumble)
3. Pilling Resistance (ICI Box)
4. Abrasion Resistance
4. Air Permeability of Fabric
5. Stretch Properties of Textile Fabrics – CRE Method
6. Stretch Properties of Fabrics Woven from Stretch Yarns
7. Determination of the elasticity of fabrics
Specialised Pile & Loop Tests
1. Pile Height
2. Pile Ratio
3. Physical Composition of Towel
4. Loop Strength of Pile Yarn
5. Loop Slippage
Strength & Durability Tests
1. Bursting Strength Ball Burst Method
2. Bursting Strength Hydraulic Method
3. Bursting Strength Pneumatic Method
4. Tensile Strength
5. Tear Strength
6. Seam Strength
7. Seam Slippage
8. Single Yarn Strength
Fundamental Fabric & Yarn Properties
1. Fibre Analysis / Composition
2. Yarn Count
3. Thread Count / Construction
4. Fabric Weight
5. Type of Weave
6. Twist Determination
8. Length, Width Determination
9. Spinning Process Identification (Ring, O/E, MJS, MVS)
10. Number of Filaments
11. Determination of Structure (FTY/DTY/Texturized)
12. Determination of Size Containing Tegawa Scale
13. Physical Composition of Socks / Fabric
14. Stitch Density (Stitch/cm or Inch)
15. Stitch Length Determination
16. Removal of Non-Fibrous material
Physical Testing Overview
Physical testing is a critical step in ensuring the quality, durability, and safety of a product. It involves subjecting a product to various stresses and conditions to see how it performs under real-world use. This process helps us identify potential weaknesses and make improvements before the product reaches the market. For Sr Labs, this means our products are designed to be both reliable and long-lasting.
Our Core Services
Durability Testing
This test assesses a product’s ability to withstand repeated use over time without breaking down. We use machines to simulate years of wear and tear in a short period.
Drop and Impact Testing
This test determines how well a product can handle accidental drops and impacts. We drop products from specific heights onto different surfaces (like concrete or wood) to see if they crack, shatter, or stop functioning. This is especially important for electronics and delicate items.
Vibration Testing
This test simulates the vibrations a product might experience during shipping or transport. We place products on a vibrating table to see if any components loosen or break.
Temperature and Humidity Testing
We test products in extreme environmental conditions to ensure they work correctly in hot, cold, humid, or dry climates. Products are placed in specialized chambers that can simulate temperatures from below freezing to well above 100 degrees Celsius, as well as high humidity levels.
Our Physical Lab
Comprehensive analysis of fabric construction, weight, and durability through tensile, tear, and pilling resistance assessments.
