Balloon Padder

Introduction to the Balloon Padder

The Balloon Padder, also known as a stainless steel balloon padding or squeezer machine, efficiently squeezes excess water from wet dyed tubular fabrics and impregnates softening liquid for a softer texture. It replaces traditional centrifugal washing and wet expander processes, enhancing fabric quality with advanced features like a Germany-brand tension sensor.

Applications of the Padder

The Balloon Padder processes wet dyed tubular fabrics by removing excess water and applying softening agents. It ensures softer, high-quality fabrics, making it ideal for textile manufacturers aiming to streamline production. This machine suits various dyeing processes, offering a modern alternative to traditional methods like centrifugal washing.

Key Features

• Advanced Tension Control: The Padder uses a Germany-brand EL tension sensor for tension-free fabric running.
• Adjustable Pressure: Features squeezing rollers with adjustable pressure to suit different technical processes.
• Automatic Functions: Includes an auto detwister and a blender jar for automatic soft agent addition.
• Fabric Handling: Equipped with a stretcher plate that opens automatically to flatten fabrics and control width.

Advantages

• Enhanced Fabric Quality: The Balloon Padder reduces fabric tension with an auto detwister and tension sensor.
• Efficient Processing: Automatically injects air into the heating tank and adds soft agents via a blender jar.
• Customizable Operation: Allows adjustable squeezing roller pressure for tailored processing.
• Width Control: Uses an automatic stretcher plate to ensure flat fabrics and effective width management.

Why Choose the Balloon Padder?

The Balloon Padder improves textile processing with its stainless steel design and advanced features. Its tension-free operation, adjustable pressure, and automatic functions ensure softer, high-quality fabrics. This machine offers textile manufacturers an efficient, modern solution for squeezing and softening dyed fabrics.