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Pilling Tester LMPLL-B101 delivers stable rotation speed of 1200r/min for rapid, reliable results. Incorporates four testing stations with independent motor systems for efficient performance. Provide controlled, random tumble environment inside cork-lined chambers to replicate real-time fabric friction. Integrated stainless-steel impellers support uniform motion throughout the process. Our model features smart control panel with high-resolution screen for seamless operation.
Specifications
| Working Stations | 4 |
| Test Speed | 1200r/min |
| Drum Diameter | 146mm |
| Drum Depth | 152mm |
| Cork Lining | 452×146×1.5mm |
| Control | Screen type |
| Power Supply | 1∮, AC220V, 5A |
| Sample Dimension | 105×105mm,3 pieces/tube |
| Dimension | 4600 × 360 × 630 mm |
| Weight | 58 Kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Pilling Tester LMPLL-B101 | $ 8050 | Each of 1 |
Features
Built-in timer and alarm
Intuitive and user-friendly interface
Stable propeller
Multiple sample capacity
Compact and durable design
Applications
Pilling Tester LMPLL-B101 is employed in textile testing laboratories, manufacturing units, quality control departments, and research and development centres.
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Frequently Asked Questions
1 What is a Pilling Tester LMPLL-B101?
A Pilling Tester LMPLL-B101 is an apparatus designed to test fabric durability by measuring resistance to pilling and fuzzing.
2 How is Pilling Tester LMPLL-B101 used in textile quality control?
Pilling Tester LMPLL-B101 is used in textile quality control to assess the fabric’s resistance to pilling, ensuring products meet durability standards before reaching consumers.
3 Can Pilling Tester LMPLL-B101 evaluate different fabric types?
Pilling Tester LMPLL-B101 can test various fabric types including cotton, wool, polyester, and blended fabrics to compare their pilling resistance.
4 How does Pilling Tester LMPLL-B101 support fabric development?
Researchers use Pilling Tester LMPLL-B101 to study the effects of new fibers, yarn structures, or finishing treatments on the pilling behavior of fabrics.
5 Is Pilling Tester LMPLL-B101 suitable for testing finished garments?
Pilling Tester LMPLL-B101 can test both fabric swatches and finished garment materials to simulate real wear conditions.
6 Can Pilling Tester LMPLL-B101 be used for aging and durability simulations?
Pilling Tester LMPLL-B101 is used in labs to simulate fabric wear over time, helping researchers study the long-term durability of textiles under accelerated conditions.
7 Why do textile innovation labs rely on the Pilling Tester LMPLL-B101?
Textile innovation labs use the Pilling Tester LMPLL-B101 to test new fiber blends, nanocoatings, and surface treatments in early-stage development and optimization phases.
8 Does Pilling Tester LMPLL-B101 support cross-lab validation in multi-site studies?
Pilling Tester LMPLL-B101 offers standardized, reproducible testing protocols ideal for generating consistent results across different research labs in multi-site textile trials.
9 What role does Pilling Tester LMPLL-B101 play in textile defect analysis?
Pilling Tester LMPLL-B101 is used to simulate and reproduce surface defects, allowing researchers to analyze how yarn irregularities or weaving faults influence pilling behavior.
10 Can Pilling Tester LMPLL-B101 be used for testing fabrics under variable humidity?
Pilling Tester LMPLL-B101 is often used in environmental chambers to study how pilling resistance changes under varying humidity and temperature conditions.
11 What is a Pilling Tester?
A Pilling Tester is an apparatus designed to assess the resistance of textiles and fabrics to pilling, which is the formation of small fiber balls on the fabric surface.
12 How does a Pilling Tester work?
It simulates wear by rubbing fabric samples together under controlled conditions to evaluate how quickly pilling occurs and to what extent.
13 Why is Pilling Tester important in the textile industry?
It is important in the textile industry because it helps manufacturers determine fabric durability and quality.
14 Can Pilling Tester be integrated into sustainable textile practices?
It is integrated into sustainable textile practices by helping manufacturers select longer-lasting materials, reducing waste and the need for frequent replacements.
15 How is Pilling Tester used in textile research labs?
In textile research labs, it is used to conduct controlled studies on new fiber blends, surface finishes, and manufacturing processes to analyze their resistance to pilling.
16 Can Pilling Tester simulate long-term wear in a short time?
It is designed to simulate long-term wear in a controlled, accelerated manner, allowing manufacturers to predict how a fabric will perform over months or years of usage.
17 How is Pilling Tester used in the automotive industry?
It is used in the automotive industry to test seat covers, headliners, and other textile interiors for resistance to pilling caused by repeated contact and friction.
18 How does Pilling Tester impact the lifecycle assessment of fabrics?
It impacts the lifecycle assessment of fabrics by identifying materials that maintain integrity and appearance longer, contributing to more sustainable and long-lasting textile products.
19 Is Pilling Tester relevant for testing recycled or eco-friendly fabrics?
It is very relevant for testing recycled or eco-friendly fabrics, helping ensure that sustainable materials also meet performance expectations in terms of surface wear and longevity.
20 Can educational institutions use Pilling Tester in textile programs?
Educational institutions use Pilling Tester in textile and fashion programs to teach students about fabric performance testing, quality control procedures, and real-world industry standards.