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Pilling Tester LMPLL-A102

Pilling Tester LMPLL-A102 features 9 working stations for simultaneous multi-sample assessment. Engineered with standard lissajous motion to simulate real-life fabric wear. Built with top plate crafted from aluminum alloy to prevent distortion. Delivers consistent results with minimal power consumption. Our Pilling Tester integrated with high resolution touch screen offers user-friendly controls.

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Specifications

Working Stations 9
Test Speed Outer wheel: 47.5±2.5r/min, Inner wheel: 44.5±2.4r/min
Test Pressure Cloth Sample Holder 155g±1g
Test Pressure Cloth Sample Weight 260g±1g
Test Pressure Pilling Resistance 595±7g/795±7g
Test Pressure Abrasion Resistance 415±2g
Loading Hammer Mass 2385g±10g
Wear Resistance Stroke 60.5±0.5mm
Pilling Stroke 24±0.5mm
Display PLC 7-inch touch screen
Power Supply 1∮, AC220V, 5A
Grinding Table Diameter 120mm
Flattening Diameter 120±10mm
Dimension 860×610×380mm
Flattening Weight 2.5±0.5kg
Weight 80 Kg

Pricing

Product Price Unit Action
Pilling Tester LMPLL-A102 $ 9975 Each of 1

Features

Low-maintenance design

Stainless steel components

Abrasion and pilling evaluation

Continuously changing directions

Multiple independent testing positions

Standard Accessories

Model No.

Accessory

LMPLL-A102-A1Abrasion weight and holder
LMPLL-A102-P1Pilling weight and holder
LMPLL-A102-S1Standard abradents fabric for each head
LMPLL-A102-P2Photographs
LMPLL-A102-P3Pressing weight
LMPLL-A102-A2Auxiliary device for specimen mounting
LMPLL-A102-P4Power line

Applications

Pilling Tester LMPLL-A102 is employed to evaluate pilling resistance in woven, knitted, blended, nonwoven, synthetic, natural, brushed, heavy-duty, and other textile materials.

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Frequently Asked Questions

1 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.

2 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.

3 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.

4 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.

5 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.

6 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.

7 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.

8 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.

9 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.

10 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.