Technical Department’s Guide To Color Science In Textiles
Description
This comprehensive program provides textile managers with the knowledge and skills to effectively manage color processes and ensure product quality throughout the textile production chain. Participants will gain an understanding of color management principles, color communication protocols, color control techniques, and quality control procedures specifically tailored for textile manufacturing. They will learn to implement effective color management strategies, optimize processes for color consistency, and troubleshoot color-related issues.
Benifits
1
- Equip textile managers with the skills to effectively manage color processes, ensuring product quality and customer satisfaction.
2
- Develop an understanding of color management principles and their application in textile manufacturing.
3
- Implement effective color management strategies to optimize processes and reduce costs.
4
- Manage color communication and collaboration throughout the textile production chain.
5
- Stay informed about the latest color management technologies and standards.
Engr. Md. Fakhrul Islam CCol ASDC
Chartered Colorist (UK); Textile Color Management Specialist | Dyeing and Finishing Professional | Associates of Society of Dyers & Colorist (SDC-UK), CLSSBB (PQLS-India), PGDTM (SEIP), MBA in Textiles (BUTEX), B. Sc In Textile Engineering (Coloration)
- 250+ people are doing the course
- It will take 15 hours
- 10 Videos Lectures
- 10 Class Materials
- 10 Quiz Tests
- 2 Written Tests
Course Content
Lavel-1
- PART 1: BASIC PRINCIPLE OF COLOR SCIENCE
- Color strength (K/S) measures the depth of color based on spectral data and the wavelength of maximum absorption (Lambda Max).
- The Kubelka-Munk equation calculates color strength (K/S) based on absorption and scattering coefficients.
- The standard depth of dyestuff is the highest chroma value at a specific depth.
- Gamut analysis aids in triangle selection for color formulation, considering factors like area size, chroma movement, metamerism, and dye selection.
- Explaining the meaning and determination of color tolerances using visual quadrant comparisons.
- PART 2: COLOR CLASSIFICATION SYSTEM
- Color strength (K/S) measures the depth of color based on spectral data and the wavelength of maximum absorption (Lambda Max).
- The Kubelka-Munk equation calculates color strength (K/S) based on absorption and scattering coefficients.
- The standard depth of dyestuff is the highest chroma value at a specific depth.
- Gamut analysis aids in triangle selection for color formulation, considering factors like area size, chroma movement, metamerism, and dye selection.
- Explaining the meaning and determination of color tolerances using visual quadrant comparisons.
- PART 3: THREE ELEMENTS OF COLOR (Light)
- Color strength (K/S) measures the depth of color based on spectral data and the wavelength of maximum absorption (Lambda Max).
- The Kubelka-Munk equation calculates color strength (K/S) based on absorption and scattering coefficients.
- The standard depth of dyestuff is the highest chroma value at a specific depth.
- Gamut analysis aids in triangle selection for color formulation, considering factors like area size, chroma movement, metamerism, and dye selection.
- Explaining the meaning and determination of color tolerances using visual quadrant comparisons.
- Differentiating between achromatic and chromatic colors.
- Differentiating between lumen and lux measurements.
- PART 4: THREE ELEMENTS OF COLOR (Object & Observer)
- Color strength (K/S) measures the depth of color based on spectral data and the wavelength of maximum absorption (Lambda Max).
- The Kubelka-Munk equation calculates color strength (K/S) based on absorption and scattering coefficients.
- The standard depth of dyestuff is the highest chroma value at a specific depth.
- Gamut analysis aids in triangle selection for color formulation, considering factors like area size, chroma movement, metamerism, and dye selection.
- Explaining the meaning and determination of color tolerances using visual quadrant comparisons.
- PART 5: STANDARD OBSERVATION & METAMERSIM
- Color strength (K/S) measures the depth of color based on spectral data and the wavelength of maximum absorption (Lambda Max).
- The Kubelka-Munk equation calculates color strength (K/S) based on absorption and scattering coefficients.
- The standard depth of dyestuff is the highest chroma value at a specific depth.
- Gamut analysis aids in triangle selection for color formulation, considering factors like area size, chroma movement, metamerism, and dye selection.
- Explaining the meaning and determination of color tolerances using visual quadrant comparisons.
- Differentiating between achromatic and chromatic colors.
Lavel-2
- PART 1: THE COLOR SPACES, COLOR DISTANCE EQUATIONS
- Color strength (K/S) measures the depth of color based on spectral data and the wavelength of maximum absorption (Lambda Max).
- The Kubelka-Munk equation calculates color strength (K/S) based on absorption and scattering coefficients.
- The standard depth of dyestuff is the highest chroma value at a specific depth.
- Gamut analysis aids in triangle selection for color formulation, considering factors like area size, chroma movement, metamerism, and dye selection.
- L-2, PART 2: THE CMC, COLOR MEASUREMENT COMMITTEE
- Color strength (K/S) measures the depth of color based on spectral data and the wavelength of maximum absorption (Lambda Max).
- The Kubelka-Munk equation calculates color strength (K/S) based on absorption and scattering coefficients.
- The standard depth of dyestuff is the highest chroma value at a specific depth.
- Gamut analysis aids in triangle selection for color formulation, considering factors like area size, chroma movement, metamerism, and dye selection.
- Explaining the meaning and determination of color tolerances using visual quadrant comparisons.
- L-2, PART 3: SPECTROPHOTOMETER – SOFTWARE INTERFACES
- Color strength (K/S) measures the depth of color based on spectral data and the wavelength of maximum absorption (Lambda Max).
- The Kubelka-Munk equation calculates color strength (K/S) based on absorption and scattering coefficients.
- The standard depth of dyestuff is the highest chroma value at a specific depth.
- Gamut analysis aids in triangle selection for color formulation, considering factors like area size, chroma movement, metamerism, and dye selection.
- Explaining the meaning and determination of color tolerances using visual quadrant comparisons.
- L-2, PART 4: COLOR TOLERANCES AND ACCEPTABILITY
- Color strength (K/S) measures the depth of color based on spectral data and the wavelength of maximum absorption (Lambda Max).
- The Kubelka-Munk equation calculates color strength (K/S) based on absorption and scattering coefficients.
- The standard depth of dyestuff is the highest chroma value at a specific depth.
- Gamut analysis aids in triangle selection for color formulation, considering factors like area size, chroma movement, metamerism, and dye selection.
- Explaining the meaning and determination of color tolerances using visual quadrant comparisons.
- L-2, PART 5: COLOR STRENGTH AND TRIANGLE SELECTION
- Color strength (K/S) measures the depth of color based on spectral data and the wavelength of maximum absorption (Lambda Max).
- The Kubelka-Munk equation calculates color strength (K/S) based on absorption and scattering coefficients.
- The standard depth of dyestuff is the highest chroma value at a specific depth.
- Gamut analysis aids in triangle selection for color formulation, considering factors like area size, chroma movement, metamerism, and dye selection.
