DRIVE WHEEL FOR RAPIER WEAVING LOOM

DRIVE WHEEL FOR RAPIER WEAVING LOOM Specification

Diameter
180 mm to 400 mm (customizable)

Noise Level
Low

Tensile Strength
High tensile strength (Above 700 MPa)

Capacity
Designed for continuous operation

Part Type
Spare Part

Automation Grade
Manual / Semi-Automatic / Automatic

Mounting Type
Bolt-On

NO. Of Hole
6 (as per image)

Surface Finish
Smooth Polished

Features
Precision Balanced, High Durability, Corrosion Resistant

Thermal Conductivity
Medium

Hardness
Approx. 50-60 HRC

Size
Standard / As per requirement

Product Type
Textile Machinery Spares

Material
Steel

Textile Machine Type
Weaving Machine

Spare/Component Type
Drive Wheel

Usage
Industrial

Speed
Up to 1200 rpm

Corrosion Protection
Anti-rust coating

Maintenance
Low maintenance required

Inspection
100% Dimensionally and Dynamically Tested before dispatch

Operating Temperature
-10C to +80C

Manufacturing Process
CNC Machined, Cast and Precision Ground

Color
Grey / As required

Application
Suitable for all major rapier loom brands (Sulzer, Dornier, etc.)

Packaging Type
Solid Wooden Box or as per request

OEM Compatibility
Available

Service Life
Up to 5 years under normal working conditions

Balance Quality Grade
ISO Grade G6.3 or better

DRIVE WHEEL FOR RAPIER WEAVING LOOM Trade Information

Minimum Order Quantity
1 Piece

Sample Available
No

Main Domestic Market
Goa, Maharashtra, Gujarat

About DRIVE WHEEL FOR RAPIER WEAVING LOOM

WE PROVIDE
DRIVE WHEEL FOR ALL RAPIER TEXTILE LOOM
75T, 93T, 97T, 107T, 115T, 121T WITH GREAT QUALITY

CARBON TYPE, METAL TYPE

PICANOL - GAMMA, GTM ,GTX ,GAMMAX, OPTIMAX

SOMET - THEMA 11E, SM92/93, SUPER EXCEL

DORNEIR - HTC,HTVS,GTN8

ITEMA - R9500

VAMATEX - LEONARDO, K88

Superior Durability and Performance

With a hardness rating of 50-60 HRC and precision balancing according to ISO Grade G6.3 or better, this drive wheel ensures exceptional durability and stable performance during continuous, high-speed weaving operations. Its corrosion-resistant finish contributes to prolonged service life, minimizing unexpected downtime and maintenance costs for textile manufacturers.

Versatile Compatibility and Customization

Designed for universal compatibility, this drive wheel fits all major rapier loom brands, including Sulzer and Dornier. Customers can select size, color, and packaging options to match specific operational or replacement requirements, making it suitable for a wide range of textile industry applications.

FAQ's of DRIVE WHEEL FOR RAPIER WEAVING LOOM:

Q: How is the drive wheel manufactured to ensure quality and durability?

A: Each drive wheel is CNC machined, cast, and precision ground using high-strength steel. Every unit undergoes 100% dimensional and dynamic testing before dispatch to ensure flawless quality and reliable performance.

Q: What brands and machine models are compatible with this drive wheel?

A: This drive wheel is suitable for all major rapier weaving loom brands, including Sulzer and Dornier. Its design and bolt-on mounting allow for straightforward OEM and replacement compatibility.

Q: When should the drive wheel be replaced or inspected?

A: Under normal working conditions, the drive wheel has a service life of up to 5 years. Regular visual inspections and monitoring for signs of wear or vibration are recommended, but the anti-rust coating and high durability result in low maintenance requirements.

Q: Where is the drive wheel typically used?

A: The drive wheel is used in industrial weaving machines-specifically rapier looms-to transfer motion efficiently. It's widely installed in textile manufacturing plants and is essential for reliable loom operation.

Q: What is the installation process for this drive wheel?

A: The drive wheel is bolt-on in design, making installation straightforward. It comes dimensionally tested and ready for direct mounting. If needed, consult your loom manual or an authorized technician for precise fitting.

Q: How does the anti-rust coating benefit the drive wheel's longevity?

A: The anti-rust coating protects the drive wheel from corrosion, particularly in humid or demanding production environments. This feature greatly extends the component's service life and minimizes unexpected replacements.