Sleeve For Wire Healds

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Sleeve For Wire Healds Specification

Product Type
Sleeve For Wire Healds

Material
Plastic

Type
Textile Machinery Spare

Shape
Cylindrical

Technique
Injection Moulded

Surface Treatment
Smooth Finish

Standard
Industrial Grade

Outer Diameter
2.2 mm

Length
8 mm

Inside Diameter
1.5 mm

Wall Thickness
0.35 mm

Tensile Strength
High

Grade
A Grade

Size
Standard

Color
Grey

UV Resistance
Yes

Temperature Resistance
Up to 110C

Packaging Type
Polybag/Box

Weight
Approx. 0.2 g per piece

Heat Tolerance
Excellent

Compatibility
Suitable for standard and customized heald wires

Application
Used for assembly in wire healds for looms

Sleeve For Wire Healds Trade Information

Minimum Order Quantity
10 Meter

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Per Month

Delivery Time
7-10 Days

Main Domestic Market
All India

About Sleeve For Wire Healds

Don't miss your Last Chance to grab this marvelously engineered Sleeve For Wire Healds-a must-have component renowned for its popularity among textile manufacturers. Crafted from the finest injection-moulded plastic and graded 'A', this invincible sleeve offers excellent heat tolerance up to 110C and outstanding UV resistance. With its cylindrical shape, smooth finish, and light weight (approx. 0.2g/piece), it's perfect for standard or customized heald wires. Supplied in secure polybags or boxes, these industrial-standard sleeves are a reliable choice from a leading Indian manufacturer and supplier. Upgrade your loom assembly today!

Why Choose Our Sleeve For Wire Healds?

Our Sleeve For Wire Healds stands out due to its high tensile strength, superior UV resistance, and excellent heat tolerance, making it the finest choice for invincible durability in textile machinery. Designed for usage in both standard and customized heald wires, these sleeves seamlessly support loom assembly. This product is suitable for varied textile manufacturing environments, offering exceptional reliability and a smooth, refined finish for industrial-grade applications.

Export Markets, Supply Capacity, and Delivery Services

We provide robust transport services to handle large proposal amounts, ensuring a seamless export process across various main export markets worldwide. With ample supply ability, we handle high-volume orders efficiently. Our delivery time is prompt, supported by an organized drop-off system, ensuring customers receive their orders swiftly and securely. Trust us for reliable international support, guaranteed product integrity, and consistent fulfillment of industry requirements.

FAQ's of Sleeve For Wire Healds:

Q: How is the Sleeve For Wire Healds installed in loom assembly?

A: The sleeve is easily slid over the wire heald during assembly, providing a snug fit thanks to its precise dimensions and smooth finish, ensuring optimal compatibility and performance.

Q: What benefits do these sleeves provide in textile machinery applications?

A: These sleeves offer high tensile strength, invincible heat tolerance up to 110C, and superior UV resistance, enhancing the durability and reliability of wire healds within loom operations.

Q: When should the Sleeve For Wire Healds be replaced?

A: It is advisable to replace the sleeves during routine loom maintenance or when signs of wear, distortion, or loss of fit are observed to maintain efficient loom performance.

Q: Where can these sleeves be used apart from standard wire healds?

A: Apart from standard wire healds in textile looms, these sleeves are also compatible with customized heald wires, making them versatile for diverse industrial textile machinery setups.

Q: What is the manufacturing process for these sleeves?

A: Our sleeves are manufactured using advanced injection moulding techniques to achieve precise dimensions, a smooth finish, and consistent quality fit for A Grade, industrial-level requirements.

Q: How does the UV resistance benefit long-term sleeve usage?

A: Superior UV resistance ensures the sleeves maintain their strength and integrity even in environments exposed to strong lighting, thereby extending component lifespan and reducing replacement frequency.

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