About Vertical Lab Padder
We offer Vertical Lab Padder which is known for its good flexibility and long life. The offered product is made from stainless steel and equipped with 2 pressure valve, each side of pressure is adjustable, offered range is equipped with emergency button and a knee pedal to stop the machine operation. The offered Vertical Lab Padder is acknowledged for its qualities like high performance, easy to operate and less maintenance.
Specifications:
- Working width : 400mm
- Rollers : Dia. 130mm,with 70 shore hardness
- Working speed : 5m/min
- Rollers loading : 0.1-0.7Mpa
- Padding rate : 20-90%,adjustable
- Equipped with 2 pressure valve,each side of pressure is adjustable
- All panels are amde of stainless steel
- Equipped with tank
- Power/Air 220 V 50/60 Hz 0.4-0.7Mpa
- Weight 140 Kg
- Dimensions 840x680x1450mm(L x W x H)
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Engineered for Industrial Textile ApplicationsThis Vertical Lab Padder is specifically crafted to meet the demands of dyeing, finishing, and lab testing in textile manufacturing. Its high-grade stainless steel construction ensures superior durability, while polished, corrosion-resistant rollers guarantee long-term performance and sample integrity. With adjustable pressure and speed controls, the device supports a wide array of fabric testing requirements, making it essential for quality assurance and research laboratories.
Optimized Performance and Safety FeaturesFeaturing an intuitive manual pressure control mechanism with a calibrated scale, users can fine-tune the test range up to 5 kg/cm2 for precise operations. The variable speed function, adjustable to a maximum of 25 rpm, allows for optimal processing conditions across different test scenarios. The integrated emergency stop button ensures user safety, and a noise level below 60 dB provides a comfortable working environment.
FAQ's of Vertical Lab Padder:
Q: How does the Vertical Lab Padder control pressure during textile tests?
A: The Vertical Lab Padder utilizes a manual pressure adjustment system, complete with a calibrated scale, allowing operators to precisely set and monitor the pressure applied during testing up to 5 kg/cm2. This adjustment mechanism ensures repeatable and consistent finishes on textile specimens.
Q: What materials and specimen sizes can this lab padder accommodate?
A: The device is engineered to handle textile and fabric materials for dyeing, finishing, and lab testing purposes. It can accommodate a single specimen at a time with a maximum width of 300 mm, matching the needs of most standard lab requirements.
Q: When should I use the variable speed function, and how high can it be set?
A: The variable speed control should be used when the processing needs differ based on fabric type or desired finish. The speed can be adjusted up to 25 rpm, enabling optimal conditions for a wide range of laboratory and production applications.
Q: Where can the device be installed, and what are its electrical requirements?
A: Designed as a floor-mounted unit, the Vertical Lab Padder requires a stable laboratory or industrial setting. It operates using a standard 220V, 50Hz electric supply, ensuring compatibility with typical industrial setups.
Q: What process is followed for dyeing or testing using the padder?
A: The process involves placing a single fabric specimen (up to 300 mm wide) between the rollers, adjusting pressure and speed as needed, initiating the test, and collecting excess solution in the removable drip tray. Operating within ambient to 50C temperature and ambient humidity ensures adaptability for various lab testing protocols.
Q: What safety features are included with the Vertical Lab Padder?
A: Safety is a priority; the padder is equipped with an emergency stop button, allowing operators to immediately halt operation if necessary. Its noise level is maintained below 60 dB, promoting both operator safety and comfort.
Q: What are the main benefits of using this Vertical Lab Padder in a laboratory setting?
A: Key benefits include precise control over pressure and speed, compatibility with various textiles, corrosion-resistant construction, and user-friendly maintenance. These features deliver reproducible, high-quality results while ensuring simple operation and safety for industrial laboratory environments.