XTY-980 Needle Wheel

Product Overview

This needle plate is a specialized accessory for textile printing and dyeing equipment. It is primarily mounted onto the machine’s needle clamp assembly using screws, with the core function of securing and clamping the fabric edge. It moves in sync with the equipment’s chain to convey the fabric, thereby completing the fabric stretching and setting process. Designed specifically for the high-temperature, heavy-load conditions typical of textile printing and dyeing operations, this product features steel needles that remain firmly in place without easily falling out, along with excellent resistance to high temperatures and deformation. It effectively addresses common issues associated with traditional needle plates—such as needle loss, bending, breakage, snagging, and rust—ensuring continuous, stable operation of the production line and improving the yield of qualified finished fabrics.

Working Principle

During the fabric stretching and setting process in textile printing and dyeing, the fabric edges must be continuously and stably clamped to maintain uniform width during the high-temperature setting phase, preventing shrinkage, wrinkling, and other quality defects. This needle plate is secured to the needle clamp via screws; its steel needles precisely pierce and fix both sides of the fabric edge. As the machine chain drives the needle clamp and needle plate in unison, the fixed fabric is conveyed forward under constant tension into the high-temperature setting zone, where the fabric undergoes the stretching and setting treatment. Throughout the entire conveying process, the needle plate’s steel needles consistently maintain stable clamping force, avoiding loosening or displacement, thus ensuring consistent fabric width and meeting the stringent precision requirements of textile printing and dyeing.

Core Advantages

1. Steel needles remain firmly in place: The needle plate employs a robust mounting structure that prevents needle loss even after prolonged, high-frequency operation with the chain, eliminating the need for frequent shutdowns to replace needles and significantly reducing maintenance downtime.
2. Resistance to high temperatures and deformation: Designed specifically for the high-temperature conditions of the setting process, both the overall structure of the needle plate and its steel needles can withstand the intense heat without deforming or shifting, maintaining stable clamping accuracy over long-term use.
3. Effectively prevents snagging: The neatly arranged needle installation leaves no protruding burrs or loose parts, so it does not catch fabric fibers during conveyance, avoiding defects such as snags and tears and enhancing the visual quality of finished fabrics.
4. Excellent anti-rust performance: Made from materials suited to the humid, steam-rich environment of textile printing and dyeing workshops, this product resists rust even after extended use, preventing contamination of finished fabrics while also extending the needle plate’s service life.
5. Easy installation and broad compatibility: With a screw-fastening mounting method, it directly fits standard needle clamp structures found on most printing and dyeing machines. Replacement is straightforward, requiring no additional modifications to existing equipment, allowing for quick upgrades or replacements of old needle plates.

Core Value of the Product

1. Reduces production losses: By addressing issues like needle loss, bending, breakage, snagging, and rust, it lowers fabric scrap rates and the frequency of needle plate replacements, cutting overall material and component costs for printing and dyeing enterprises.
2. Boosts production efficiency: Stable clamping performance combined with low maintenance needs reduces downtime for repairs, extends continuous operating hours of printing and dyeing equipment, and increases fabric processing output per unit time.
3. Ensures superior product quality: Consistent stretching and setting results, free from snags and rust, dramatically improve the pass rate and aesthetic quality of finished fabrics, helping companies enhance their market competitiveness.

Target Customer Groups

The primary customer segments served by this needle plate include: manufacturers of various types of printing and dyeing equipment, who can use it as an original equipment accessory; large and medium-sized textile printing and dyeing processors, suitable for upgrading or replacing components in existing production lines; wholesale distributors and suppliers of textile printing and dyeing accessories, providing standard stock items to downstream customers; and textile equipment maintenance service providers, offering regular upkeep and replacement of faulty components.

Application Scenarios

This needle plate is mainly used in the stretching and setting stage of textile printing and dyeing production lines, compatible with standard stretching and setting machines and needle-clamp-type printing and dyeing equipment. It supports the stretching and setting processes for cotton fabrics, synthetic fabrics, blended fabrics, and more. In actual production, the needle plate operates continuously alongside the machine chain, clamping fabric edges during high-temperature setting. Widely applied across diverse manufacturing settings—including apparel fabric production, home textile processing, and industrial textile dyeing—it provides reliable edge clamping and transport support for various types of fabrics.

Industry Pain Points

In traditional textile printing and dyeing processes, conventional needle plates often suffer from numerous pain points that negatively impact production efficiency and product quality: First, inadequate stability of steel needle fixation leads to needle loss, bending, or breakage after prolonged, high-frequency operation, necessitating frequent shutdowns for needle replacement and potentially resulting in ineffective edge clamping, causing wrinkles and uneven widths. Second, insufficient heat resistance causes structural deformation under high-temperature setting conditions, reducing clamping accuracy and compromising the effectiveness of fabric stretching and setting. Third, inadequate surface treatment frequently results in snagging, damaging fabric fibers and creating visible defects. Fourth, poor corrosion resistance makes these plates prone to rust in the humid, steam-laden environments of printing and dyeing workshops, contaminating finished fabrics and shortening the needle plate’s lifespan while increasing enterprise costs for spare parts. This needle plate has been optimized to address these industry challenges, comprehensively resolving the limitations of traditional needle plates and delivering stable, reliable support for textile printing and dyeing operations.

Common Questions FAQ

Q1: What is the installation method for this needle plate? Does it require modification of existing equipment?
A: This needle plate is installed onto the machine’s needle clamp using screws, compatible with standard needle clamp structures. Replacement is simple and requires no additional modifications to existing equipment, enabling quick replacement of old needle plates.
Q2: Can this needle plate withstand the high-temperature conditions of the setting process?
A: Designed specifically for the high-temperature demands of textile printing and dyeing, this needle plate exhibits excellent heat resistance and maintains structural integrity and clamping accuracy even after prolonged exposure to high temperatures, fully meeting the requirements of standard stretching and setting procedures.
Q3: Will this needle plate cause snagging or rust?
A: The steel needles are securely mounted with a neat design, eliminating protruding burrs and effectively preventing snagging. Additionally, the material is well-suited to the humid conditions of printing and dyeing workshops, offering outstanding anti-rust properties that minimize the risk of rust staining finished fabrics over long-term use.
Q4: Can this needle plate resolve issues like needle loss, bending, or breakage?
A: Its steel needles feature a robust mounting structure that resists falling out, while the overall structural strength accommodates high-frequency operation, significantly reducing the likelihood of needle bending or breakage and substantially lowering maintenance frequency on the production line.