VIT 179 – Garment and Printed Fabric Durability Tester for Colorfastness and Washability Testing

[product_tags_no_comma_alt]

Application

The Garment & Printed Fabric Durability Tester is designed to assess the durability of garments and fabric components, including print durability, pleat retention, waddings, quilted waddings, cockling (differential shrinkage), flock retention, crinkle, seersucker, and collars and cuffs. By immersing test samples in heated detergent and running the machine for a set time, this instrument meets the requirements of leading retail standards for garment and fabric durability tests.

Testing Method

Test Principle
A detergent solution is prepared by mixing detergent with water, which is poured into the bucket of the tester. The specimen is placed in the solution only after it reaches the specified temperature. Once the test begins, the sample is immersed for the designated time to determine its durability.

Introduction
The Garment & Printed Fabric Durability Tester is designed for washing tests, specifically for measuring the impact of washing on the color fastness of printed fabrics, clothing, and accessories, in line with M&S standards like P5, P6, P7, and C15.

Instrument Characteristics

  1. Box-Type Design: Constructed with a stainless steel box, control panel, and rotating system for durability and ease of use.
  2. Intuitive Control Interface: Simple and user-friendly interface for easy operation.
  3. Precision Controls: High-precision temperature controller and program timer for accurate temperature and timing.
  4. Durable Construction: The stainless steel box ensures the instrument is long-lasting.
  5. Reliable Draining System: Controlled drainage via a button with an embedded filter for effective liquid removal.

Specification

Standards
M&S P5, P6, P7, C15

Power
220 V 50/60 Hz

Weight
130 Kg

Dimensions
700 x 680 x 850 mm (L x W x H)

Specifications

  • Rotation Speed: 560 rpm ±2%
  • Detergent Volume: 40L
  • Sample Size: 500 x 500 mm
  • Test Temperature: 60°C

Coming Soon

Application

The Garment & Printed Fabric Durability Tester is designed to assess the durability of garments and fabric components, including print durability, pleat retention, waddings, quilted waddings, cockling (differential shrinkage), flock retention, crinkle, seersucker, and collars and cuffs. By immersing test samples in heated detergent and running the machine for a set time, this instrument meets the requirements of leading retail standards for garment and fabric durability tests.

Testing Method

Test Principle
A detergent solution is prepared by mixing detergent with water, which is poured into the bucket of the tester. The specimen is placed in the solution only after it reaches the specified temperature. Once the test begins, the sample is immersed for the designated time to determine its durability.

Introduction
The Garment & Printed Fabric Durability Tester is designed for washing tests, specifically for measuring the impact of washing on the color fastness of printed fabrics, clothing, and accessories, in line with M&S standards like P5, P6, P7, and C15.

Instrument Characteristics

  1. Box-Type Design: Constructed with a stainless steel box, control panel, and rotating system for durability and ease of use.
  2. Intuitive Control Interface: Simple and user-friendly interface for easy operation.
  3. Precision Controls: High-precision temperature controller and program timer for accurate temperature and timing.
  4. Durable Construction: The stainless steel box ensures the instrument is long-lasting.
  5. Reliable Draining System: Controlled drainage via a button with an embedded filter for effective liquid removal.

Specification

Standards
M&S P5, P6, P7, C15

Power
220 V 50/60 Hz

Weight
130 Kg

Dimensions
700 x 680 x 850 mm (L x W x H)

Specifications

  • Rotation Speed: 560 rpm ±2%
  • Detergent Volume: 40L
  • Sample Size: 500 x 500 mm
  • Test Temperature: 60°C

Coming Soon

Save Big on High-Precision Tools!
Get up to 30% off on selected testing machines. Hurry, offer ends soon!
Need Expert Advice?
Speak with our specialists to find the perfect engineering equipment for your needs.

Request a Quote or Further Information

Please fill in the request form below and one of our engineers will contact you to discuss your system requirements and if we can help, our typical response time is within 1 – 3 working day.

What you should know

Well, there's a few conditions that apply:

  • You agree NOT to pay us for this service.
  • You're comfortable with supplying us with relevant information in this form as well as other relevant information surrounding the request, for example; what you want, how many, delivery deadlines, restrictions on the location of the supplier, price targets etc.
  • We may only process requests where the email address submitted matches the company name. We may not respond to free email accounts such as Hotmail.
  • You agree that all information provided in this inquiry form represents yourself or an entity that you can speak for, that the information is accurate to the best of your knowledge and that if we determine that you have given false information we may choose not to proceed with this request.
  • You accept that, the operators of this site, cannot guarantee the suitability of any materials, equipment or services you may purchase from a supplier we've contacted on your behalf. You must check that out with the supplier.
  • We respect your privacy and only pass on the details contained in your request to appropriate suppliers in accordance to your inquiry. As we will share your information with related suppliers, we need your permission to do this by you clicking the submit button. We respect your privacy and promise you will only receive related information in accordance with testing and measuring instruments or equipment news and updates. You can unsubscribe from any of these services at any time by simply forwarding an email to [email protected].
  • We can't guarantee that the supplier will respond and if they don't, you agree you won't get angry with us. However, if you don't receive a response within 10 working days, please send us a follow-up message and we'll try and help further.