Supplier of Daily Commodities like leather products, garments (woven, knit) from Bangladesh.

Importance of Denim Garments:

Denim has a lot of advantages in our daily life which are mentioned in the below:

Denim garments is more comfortable in wearing.
Denim garments is more fashionable than others.
Denim garments is more affordable than other garments.
And most importantly, denim garments is more durable and long lasting.

For the above key points, denim garments is most popular in all the age group.

Types of Denim Fabric:

There are different types of denim fabric used in denim garments manufacturing are mentioned in the following:

Marble denim,
Crushed denim,
Reverse denim,
Bubble gum denim,
Colored denim,
Denim from fox fiber,
Ecru denim,
Vintage denim.

Denim Fabric

Difference between Denim and Jeans:

SL No.	Denim	Jeans
01	Denim is one kinds of fabric name which can be made from 100% cotton twill or Stretch twill.	It is one type of garment which is made by using denim fabric.
02	Denim is a fashionable fabric, by which different types of garments style can be produced.	Jeans is only a particular style of garments.
03	Denim can be defined either jackets, skirts, pants, shorts etc.	It is specially defined at denim pants.
04	Denim is used not only for making pants but also for jackets, skirts, shorts etc.	Jeans is such type of garments which is made only from denim fabric.
05	All denims are not jeans.	All jeans are denim.

Jeans Jaket

Process Flowchart of Denim Fabric Washing:

Garments received
↓
Dry process
↓
Send to wet process
↓
Garments loading in washing machine
↓
De-size
↓
Enzyme
↓
Bleaching (If needed)
↓
Neutralization
↓
Extracting
↓
Drying
↓
P.P spray
↓
Neutralization
↓
Tinting
↓
Softener
↓
Extracting
↓
Drying
↓
3D
↓
Curing
↓
Q.C check
↓
Delivery

Environmental Impacts of Denim or Blue Jeans Manufacturing:

In 2007, Levi Strauss & Co. conducted an LCA study to assess the environmental impact of a pair of Levi’s blue jeans from cotton seed to landfill. This study has provided insights on the environmental impact caused by blue jeans outside the bounds of the direct sphere of influence of the company. The environmental impact was assessed in the following categories, which environmental scientists and LCA experts used to calculate overall environmental impact:

Contribution to climate change: Quantifies amount of greenhouse gas emissions.
Energy use: Quantifies how much energy is used in production.
Renewable energy use: Percentage of energy use from renewable sources.
Water consumption: Measures water usage in cubic meters.
Land occupation: Amount of land needed to produce a product.
Qualified sustainably grown fiber content: A content analysis of fibers grown under a recognized cultivation program to address areas of sustainability.
Waste generation: Surveys the primary solid waste content during production and finishing.
Materials efficiency: How much of the primary materials end up in the final product.
Recycled content: Assesses the amount of materials used from post-consumer recycled sources.
Land transformation: Amount of land transformed from its original state by production.
Eutrophication: Measures the impact of harmful nutrients discharged to freshwater bodies.

It was observed that the greatest opportunity to reduce the environmental impact of a new or existing product occurs during the design phase of its life cycle. Therefore, the primary objective of this LCA approach was to provide designers and developers with the information they need to produce more sustainable products.

A secondary objective was to provide a scientific method to support any claims of environmental improvement of products. Although not an initial objective of this effort, it was later realized that the methodology also provides a rigorous means to communicate environmental performance to suppliers (Levi Strauss & Co.). Based on these studies, Levi Strauss & Co. has later launched the Water<Less and Waste<Less collections.