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XTY-60 Rixin short-leg needle plate base, copper nail, polished white
2026-10-22
The needle plate holder is a supporting component designed for use with setting machines. Made from heat‑resistant alloy, it offers excellent high‑temperature resistance and deformation‑proof performance, while delivering superior positioning accuracy. It helps minimize needle drop and edge‑tracking deviations, making it suitable for setting both knitted and woven fabrics. This product is ideal for new‑machine installation as well as equipment maintenance and replacement.
Needle plate holder Textile finishing machine components High-temperature resistant and deformation-resistant High positioning accuracy Textile finishing machine repair parts
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XTY-60 Rixin Short-Base Needle Plate Holder, Copper Pins, Polished White
Product Overview
The needle plate holder is a core supporting component on setting machines, used to secure the needle plate and operate synchronously with the chain. It is an essential accessory for the setting machine’s chain system. This part primarily serves to position and lock the needle plate, running in sync with the machine’s chain to ensure stable positioning of the needle plate under high-temperature setting conditions. This needle plate holder is crafted from heat-resistant alloy material, which resists deformation at high temperatures and delivers excellent positioning accuracy. It effectively reduces issues such as needle disengagement and edge misalignment during production. With its robust overall structure and long service life, it can be used both for assembling new setting machines and for repairing or replacing components on existing equipment, adapting to the setting needs of knitted and woven fabrics while fully meeting operational requirements across various fabric types.
Operating Logic and Adaptation Principle
Setting machines are central equipment for thermal setting of fabrics. During operation, the chain drives the needle plate holder and the needle plate mounted on it in synchronized cycles. The needle plate pierces and secures the fabric edges, guiding the fabric steadily through the high-temperature setting oven to complete the thermal setting process. As an intermediate support connecting the chain and the needle plate, the structural stability and positioning accuracy of the needle plate holder directly determine the consistency of the needle plate’s position, thereby impacting the quality of the finished fabric and the efficiency of the equipment. If the needle plate holder deforms under high temperatures, develops excessive positioning gaps, or experiences loosening of its locking mechanism, it can lead to needle plate displacement, resulting in edge misalignment and needle disengagement—issues that may compromise dimensional accuracy and appearance quality, or even cause fabric scrap and equipment downtime, imposing unnecessary financial losses on manufacturers. This needle plate holder is made from heat-resistant alloy, maintaining dimensional stability under prolonged high-temperature operating conditions without deformation. Its high-precision manufacturing ensures positioning gaps remain within reasonable limits, while its robust locking mechanism provides reliable fixation, enabling smooth synchronous operation with the chain to deliver stable support and precise positioning for the needle plate, fully meeting all operational demands of setting machines.
Key Features
1. Heat-Resistant Alloy Material for High-Temperature Conditions: Crafted from heat-resistant alloy, this holder withstands prolonged exposure to high temperatures inside the setting oven, resisting deformation and ensuring long-term dimensional stability, thus preventing needle plate displacement caused by thermal distortion.
2. High Positioning Accuracy Ensures Stable Operation: Produced using high-precision machining techniques, it maintains optimal positioning gaps, precisely securing the needle plate and ensuring consistent positioning throughout the chain-driven cycle, fundamentally reducing problems like needle disengagement and edge misalignment.
3. High Strength and Long Service Life Reduce Usage Costs: With a robust overall structure capable of enduring repeated tensile forces and vibrations during chain operation, and a firmly locked mechanism that resists loosening, this holder offers extended service life, decreasing the frequency of equipment replacement and maintenance, thereby lowering operational costs for manufacturers.
4. Strong Versatility Across Applications: Suitable for both assembling new setting machines and replacing worn-out components on existing equipment, it accommodates the setting needs of knitted and woven fabrics, covering diverse operational requirements.
5. Synchronous Operation Compatible with Chain Dynamics: Its structural design perfectly aligns with the rhythm of the setting machine’s chain, allowing smooth, synchronized operation without jamming or desynchronization, thus safeguarding the overall efficiency of the setting machine.
Industry Pain Points Addressed
In the fabric-setting industry, performance deficiencies of needle plate holders have long been common challenges affecting both machine efficiency and fabric yield. Key pain points include:
1. Thermal Deformation: Conventional needle plate holders tend to deform under prolonged high-temperature conditions, causing needle plate misalignment and leading to edge misalignment and non-compliant dimensions, severely compromising fabric quality.
2. Excessive Positioning Gaps: Poorly machined holders with oversized gaps experience excessive movement during chain operation, resulting in inconsistent needle penetration force, frequent needle disengagement, and loose edges, ultimately causing wrinkling and scrap in the oven.
3. Locking Mechanism Loosening: Insufficient strength in standard locking mechanisms often leads to loosening under repeated cycling and vibration, causing needle plate displacement and necessitating frequent adjustments, which disrupts machine efficiency and increases maintenance workload. This needle plate holder addresses these industry-specific challenges through targeted optimization: heat-resistant alloy materials mitigate thermal deformation, precision machining controls positioning gaps, and a high-strength locking mechanism prevents loosening, comprehensively enhancing both machine stability and fabric yield.
Core Application Scenarios
This needle plate holder is primarily used in setting machines for various fabric types, with specific applications including:
1. New Machine Assembly: As a complementary component for manufacturers of setting machines, it supports chain system assembly, providing stable support and precise positioning for the needle plate, ensuring optimal factory performance.
2. Equipment Maintenance and Replacement: Ideal for replacing aging needle plate holders on existing machines, resolving issues like thermal deformation, excessive positioning gaps, and loosened locks, restoring machine performance and extending overall equipment lifespan.
3. Knitted Fabric Setting: Adapts to the setting requirements of knitted fabrics, securely fixing fabric edges during high-temperature processing to prevent edge misalignment and needle disengagement, ensuring dimensional stability and aesthetic quality after setting.
4. Woven Fabric Setting: Meets the needs of woven fabrics, working in tandem with the chain to guide woven fabrics smoothly through the setting oven, ensuring flatness and dimensional accuracy, thereby elevating the quality of finished products.
Target Customer Groups
The primary target customer groups for this needle plate holder include:
1. Setting Machine Manufacturers: As a supplier of critical components for complete setting machine assemblies, they provide stable and reliable needle plate holders to ensure optimal machine performance.
2. Fabric Processing Companies: Knitted and woven fabric producers equipped with various setting machines can purchase this holder for routine maintenance and replacement of aging parts, reducing maintenance costs and boosting production efficiency.
3. Textile Equipment Repair Service Providers: Third-party repair and maintenance specialists can stock this holder as a spare part, offering quick replacements to clients and improving repair turnaround times.
4. Textile Equipment Parts Distributors: Retailers specializing in textile equipment parts can add this holder to their product lines, supplying downstream fabric producers and repair service providers.
Core Product Value
1. Enhanced Fabric Yield: By ensuring stable positioning accuracy and structural integrity, it minimizes needle disengagement and edge misalignment, preventing wrinkles and scrap during setting, thereby significantly increasing fabric yield and reducing raw material waste for manufacturers.
2. Reduced Maintenance Costs: Thanks to its heat-resistant alloy construction and robust design, this holder boasts a longer service life, decreasing the frequency of replacements and minimizing adjustment efforts, thus cutting down on maintenance expenses and downtime losses.
3. Improved Machine Efficiency: With stable synchronous operation and a secure locking mechanism, it eliminates disruptions caused by needle plate holder issues, enabling continuous, stable operation over extended periods, boosting overall machine efficiency and increasing production capacity.
4. Versatile Compatibility: Suitable for both new machine assembly and equipment maintenance, it adapts to the setting needs of knitted and woven fabrics, satisfying diverse usage requirements across different customer segments.
Common Questions FAQ
Q1: Which types of setting machines is this needle plate holder compatible with?
A: This holder serves as a universal supporting component for setting machine chains, fitting standard knitting and weaving fabric setting machines. It can be used for assembling new machines or replacing worn-out parts on existing equipment.
Q2: What are the advantages of this holder’s material?
A: Made from heat-resistant alloy, this holder maintains structural stability under prolonged high-temperature conditions, resisting deformation and effectively preventing needle plate displacement caused by thermal distortion.
Q3: What common equipment issues can this holder resolve?
A: It effectively addresses traditional problems such as thermal deformation, excessive positioning gaps, and loosened locks, reducing needle disengagement and edge misalignment, thereby boosting fabric yield and decreasing maintenance frequency.
Q4: How long is the service life of this holder?
A: Constructed from high-strength heat-resistant alloy, with a robust structure and a firmly locked mechanism resistant to loosening, this holder endures repeated cycling and harsh high-temperature conditions, offering a significantly longer service life than conventional needle plate holders.
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