Name: Sliding Pipe Rheometer - SLIPER
SKU: 7O4V08WPBQ
Availability: InStock
Rating: 5 (1 reviews)

Dohaps@gmail.com

0912912096

Sliding Pipe Rheometer - SLIPER

Contact

Product code: 7O4V08WPBQ

Category: Rheology , Concrete Testing

Sliding Pipe Rheometer - SLIPER , designed for evaluating the pumpability of fresh concrete and other construction…

Introducing SLIPER (Sliding Pipe Rheometer), a cutting-edge instrument designed specifically for assessing the pumpability of fresh concrete and other building materials. Its primary function is to accurately determine the pumpability of fresh concrete, serving as an essential tool in ensuring efficient construction processes. Additionally, SLIPER plays a crucial role in product development and quality control endeavors, providing invaluable insights for enhancing construction materials and ensuring high standards of performance and durability.

Sliding Pipe Rheometer - SLIPER - for fresh concrete and other building materials

Designed for assessing the pumpability of fresh concrete and various building materials.
Primarily used to determine the pumpability of fresh concrete, ensuring smooth construction processes.
Essential for product development and quality control efforts, ensuring high standards of performance and durability in construction projects.

Sliding Pipe Rheometer - SLIPER Technical Specifications:

Sample Volume	6.2 liters
Speed Range	0 … 4 m/s
Pressure Range	1 … 1000 mbar
Weights	Approximately 1.6 kg and 4.8 kg

For delivery, you will receive:

SLIPER (Sliding Pipe Rheometer)
2x NiMH batteries including charger
3x weights approximately 1.6 kg each
3x weights approximately 4.8 kg each
Android smartphone with pre-installed software app
Operating instructions

This comprehensive package ensures you have all the necessary components and instructions to effectively utilize SLIPER for your applications.

Order information:

Product Code	Product Description
QT-B0200	SLIPER – Sliding Pipe Rheometer
QT-B0206	Replacement tubes
QT-B0202	Replacement sealing
QT-B1174	Additional weight approx. 1.6 kg
QT-B1175	Additional weight approx. 4.8 kg

Key Features of Sliding Pipe Rheometer - SLIPER:

Compact design for easy portability and space efficiency.
Wireless functionality for seamless data transmission.
Economical operation for cost-effectiveness.
Requires low sample volume, optimizing material usage.
Mains-independent operation with battery power, ensuring flexibility in usage.
Measurement results displayed directly on a smartphone for immediate access and analysis.
Ideal for quality control purposes, particularly suited for use on construction sites where mobility and on-site evaluation are crucial.

Sliding Pipe Rheometer - SLIPER for Fresh Concrete

Sliding Pipe Rheometer - SLIPER, SLIPER - Determining the Pumping Capacity of Concrete, fresh concrete and other building materials

The SLIPER rheometer - for fresh concrete presents a globally distinctive opportunity to economically assess the pumpability of building materials on a laboratory scale. Operating on the piston principle, the SLIPER consists of a vertical tube filled with fresh concrete. The tube, housing the sample, is facilitated to slide with support from weights. Integrated pressure and distance sensors measure both speed and pressure during the process.

Measurement data are conveniently stored on a smartphone and can be graphically displayed in a p-Q diagram, enabling a direct comparison of various mixtures. This evaluation system serves to delineate the properties of fresh concrete, facilitating forecasts for its intended pumping applications. Furthermore, a calculation model integrated into SLIPER enables the predetermination of pressure losses in concrete pumps and pipes.

The SLIPER rheometer - for fresh concrete is robust and versatile, suitable for use both in laboratory settings and on construction sites. Its electronic components are powered by a battery, ensuring operation independent of mains power. Wireless data transmission occurs promptly after measurement values are generated.

Furthermore, users can conveniently export the measurement data either as an Excel file or generate a report in PDF format, enhancing accessibility and usability for analysis and documentation purposes.