Civil Eng. General Equipment

Civil Eng. General Equipment

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NT-D59xx Series – 50 to 700 Liter Laboratory Oven



Noustest Testing Equipement




Reference :

  • NT-D5920 – 50-Liter Laboratory Oven
  • NT-D5925 – 120-Liter Laboratory Oven
  • NT-D5930 – 250-Liter Laboratory Oven
  • NT-D5935 – 500-Liter Laboratory Oven
  • NT-D5940 – 700-Liter Laboratory Oven




General-Purpose Laboratory Oven

General-purpose laboratory ovens are designed for drying and testing materials such as soil, aggregates, concrete, and asphalt mixtures.

Samples are typically dried at temperatures ranging from 60°C to 200°C, with the most commonly used temperature range being 100°C to 110°C.



Available Capacities

This range of laboratory ovens is available in several capacities to meet different laboratory requirements:

  • 50 liters
  • 120 liters
  • 250 liters
  • 500 liters
  • 700 liters



Standards

TS EN 932-5, 1097-5, ASTM C127, C136, BS 1377:1



NT-D5500 Series - Laboratory Muffle Furnaces



Noustest Testing Equipement




Reference :

  • NT-D5500 – 3 litres, 1100°C, 2 kW
  • NT-D5505 – 6 litres, 1100°C, 2 kW
  • NT-D5510 – 6 litres, 1200°C, 2 kW
  • NT-D5515 – 6 litres, 1200°C, 2 kW, Programmable operating temperature and heating time
  • NT-D5520 – 5 litres, 1600°C, 2 kW




The Noustest NT-D5500 series muffle furnaces are designed to provide reliable performance and long-term operation in laboratory environments. They are particularly suitable for testing and applications requiring controlled high-temperature heating, including applications involving construction materials.

The series includes several models with maximum operating temperatures ranging from 1,100 °C to 1,600 °C, providing solutions for a wide range of laboratory requirements. The maximum temperature can be reached in approximately 65 minutes.



Available Models

NT-D5500

  • Maximum temperature: 1,100 °C
  • Capacity: 3 liters
  • PID digital temperature control
  • Power: 2 kW
  • Power supply: 220–240 V, 50–60 Hz, single-phase

NT-D5505

  • Maximum temperature: 1,100 °C
  • Capacity: 6 liters
  • PID digital temperature control
  • Power: 2 kW
  • Power supply: 220–240 V, 50–60 Hz, single-phase

NT-D5510

  • Maximum temperature: 1,200 °C
  • Capacity: 6 liters
  • PID digital temperature control
  • Power: 2 kW
  • Power supply: 220–240 V, 50–60 Hz, single-phase

NT-D5515

  • Maximum temperature: 1,200 °C
  • Capacity: 6 liters
  • PID digital temperature control
  • Programmable operating temperature and heating time
  • Power: 2 kW
  • Power supply: 220–240 V, 50–60 Hz, single-phase

NT-D5520

  • Maximum temperature: 1,600 °C
  • Capacity: 5 liters
  • PID digital temperature control
  • Power: 5.2 kW
  • Power supply: 380 V, 50–60 Hz, three-phase



NT-CE5880 – Laboratory Mortar Mixer, 5-Litre



Noustest Testing Equipement




References :

  • NT-CE5880A – Automatic cement mixer, 5-litre capacity, ASTM version.
  • NT-CE5880E – Automatic cement mixer, 5-litre capacity, EN version.
  • NT-CE5885A – Manual cement mixer, 5-litre capacity, ASTM version.
  • NT-CE5885E – Manual cement mixer, 5-litre capacity, EN version.




The NT-CE5880 is a laboratory mortar mixer designed for the preparation and mixing of cement and mortar for laboratory testing, quality control, research, and development applications. Developed to meet high standards of quality, reliability, and repeatability, the mixer complies with applicable international standards and is suitable for a wide range of construction-material testing applications.



Operating Principle

The mixer features a planetary mixing mechanism, in which the mixing paddle rotates around its own axis while simultaneously orbiting around the mixing bowl. This combined movement provides efficient and homogeneous mixing of the materials.

The bidirectional mixing action ensures optimum mixture homogeneity and excellent test repeatability, making the equipment particularly suitable for standardized laboratory testing.



Key Features

Programmable Mixing Cycles

The microprocessor-based control system allows users to select and program different mixing cycles according to the requirements of the following standards:

  • TS EN 196-1
  • TS EN 196-3
  • ASTM C305

This programming capability enables standardized testing with precise and repeatable mixing parameters.