Textile Bolster

Textile Bolster Specification

Thermal Conductivity
Good

Tensile Strength
800 MPa

Size
150 mm x 38 mm

NO. Of Hole
1

Part Type
Machine Spare Part

Automation Grade
Manual

Diameter
38 mm

Surface Finish
Polished

Noise Level
Low

Capacity
High

Features
Robust construction, Corrosion resistant, Durable

Product Type
Textile Bolster

Material
Steel

Textile Machine Type
Spinning Machine

Spare/Component Type
Bolster

Usage
Spinning and Twisting

Speed
Suitable up to 20000 RPM

Dimension (L*W*H)
150 mm x 38 mm x 38 mm

Weight
2.2 kg

Service Life
Long

Color
Silver Grey

Packaging Type
Box

Application
Used in textile mills for high-speed spinning frames

Corrosion Resistance
Yes

Manufacturing Process
CNC Machined & Heat Treated

Tolerance
0.02 mm

Textile Bolster Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
2500 Pieces Per Month

Delivery Time
7 Days

About Textile Bolster

Pick Yours from our exclusive range of CNC-machined Textile Bolsters-engineered for unparalleled durability and efficiency. Grab this spectacular hot deal designed specifically for high-speed spinning frames in textile mills. With splendid corrosion resistance and a robust steel build, each bolster ensures a polished surface finish and low noise operation, even at speeds up to 20,000 RPM. The high tensile strength (800 MPa) and superior hardness (62-65 HRC) guarantee long service life, making this the ideal choice for efficient, high-capacity applications. Packed safely in a box-choose Indian manufacturing excellence!

Spectacular Uses and Features of the Textile Bolster

Our Textile Bolster is crafted for the dynamic environment of spinning mills, supporting high-speed spinning and twisting applications. It is not only a perfect fit for automated or manual spinning machine frames but also adapts to other textile machinery where mechanical support and vibration resistance are essential. Durable, corrosion-resistant, and robustly constructed, it ensures long-lasting performance and minimal noise, supporting intensive operations while maintaining precise tolerances.

Payment, Shipping, and Global Export Markets

Minimize your expenditure while benefiting from secure shipping on every Textile Bolster order. We offer competitive FOB port options from India, prioritizing streamlined transportation and timely delivery. Our main export markets span Asia, the Middle East, and Africa, ensuring clients worldwide access our splendidly crafted products. Payment terms are flexible to accommodate your needs, supporting business growth while safeguarding your investment with diligent export practices.

FAQ's of Textile Bolster:

Q: How is the Textile Bolster manufactured for high precision?

A: The Textile Bolster is manufactured using advanced CNC machining followed by heat treatment, ensuring a precision tolerance of 0.02 mm and lasting durability.

Q: What are the main benefits of using this bolster in textile mills?

A: This bolster offers robust construction, corrosion resistance, high capacity, and the ability to operate at up to 20,000 RPM, supporting uninterrupted and efficient spinning operations.

Q: When should I consider replacing the bolster in my spinning machine?

A: Replacement is advisable when you observe increased noise, decreased performance, or visible wear, even though the bolster's long service life is designed to minimize frequent changes.

Q: Where is the Textile Bolster primarily used?

A: It is mainly installed in textile mills, particularly in spinning and twisting equipment, serving as a vital machine spare part in high-speed spinning frames.

Q: What payment and shipping options are available for export orders?

A: Flexible payment terms and FOB port shipping from India are offered, along with secure packaging and reliable transportation to ensure your shipment arrives safely.

Q: How does the construction of the bolster reduce operational noise?

A: The precise CNC machining and polished surface finish help to minimize vibration and friction, resulting in low noise levels during high-speed machine operation.