Product description:
NanoTech industry products Knock density tester is a precise and automatic one Knockproof apparatus to determine the Tap density, the Tamping density and des Tamping volume of powder samples including pigments and fillers at the touch of a button.
The Shake density is the density of a powdery solid obtained by the process of tapping or shaking using a Knock tightness tester has already been compacted. The Knock density tester is an electrical apparatus that automatically operates according to preset parameters Tamping density of a powdery solid. The Vibration density tester consists of a base that houses the electronic and mechanical components of the Tamper-tight apparatus contains, on this basis the Tamping density The test device is used Measuring cylinder installed, which are made of high-quality laboratory glass and have a precision-made measuring scale. The Fill density apparatus is available with one measuring cylinder, two measuring cylinders and three measuring cylinders; these versions are also referred to as so-called stations and are accordingly referred to as one station, two stations and three stations. The sample powder is weighed during the measurement process as part of the sample measurement in order to determine the weight precisely. The volume of the sample powder that is in the measuring cylinder is bulk volume. The Knockproof apparatus now runs an automatic one Tapping motion which contains the sample powder Knock-proof measuring cylinders automatically tamped according to the preset parameters. This process of Tamping the powder is carried out automatically and automatically after reaching the preset Knock repetitions completed. This decreases during this process bulk volume to the so-called Tamping volume. Now it can Tamping density using the formula mass of the sample powder divided by that Tamping volume, be calculated. The measurement result of the Tamping density is in g/ml specified. Measurement results can also be printed out at the push of a button using the often integrated mini printer.
This professional Knock density tester offers the latest technology combined with a large digital display and comfortable soft-touch push buttons, automatic presettable test programs, with up to three stations and three measuring cylinders, high-quality laboratory glass measuring cylinders, user-friendly tap density determination, intuitive menu navigation, user-friendly adjustment of the tapping amplitude, slightly rotating measuring cylinders to increase the reading accuracy , integrated mini printer, high measurement accuracy and high precision, reliable quality, ergonomic design and much more.
This professional tamping density tester is manufactured in accordance with international technical guidelines and recognized testing standards including:
- ISO 787 (General test methods for pigments and fillers - Part 1: Color comparison of pigments (ISO 787-1:1982); German version EN ISO 787-1:2017)
- ISO 3953 Metal powder - Determination of tap density (ISO 3953:2011); German version EN ISO 3953:2011)
- ISO 8460 (Soluble coffee - Determination of bulk density and tapped density)
- ISO 8967 (Milk powder and dried milk products - Determination of bulk density)
- ISO 9161 (Uranium dioxide powder - Determination of bulk density and tap density (ISO 9161:2019)
- ASTM B527 (Standard Test Method for Tap Density of Metal Powders and Compounds)
- ASTM D4164 (Standard Test Method for Mechanically Tapped Packing Density of Formed Catalyst and Catalyst Carriers)
- ASTM D4781 (Standard Test Method for Mechanically Tapped Packing Density of Fine Catalyst Particles and Catalyst Carrier Particles)
- USP 616 (Bulk Density and Tapped Density of Powders)
- European Pharmacopoeia EP Chapter 2.9.15 Apparent Volume
Vibration-proof apparatus – applications:
The Knock density tester is a precise and automatic one Knockproof apparatus to determine the Tap density, the Tamping density and des Tamping volume of powder samples including pigments and fillers at the touch of a button.
The Shake density is the density of a powdery solid obtained by the process of tapping or shaking using a Knock tightness tester has already been compacted. The Knock density tester is an electrical apparatus that automatically operates according to preset parameters Tamping density of a powdery solid. The Vibration density tester consists of a base that houses the electronic and mechanical components of the Tamper-tight apparatus contains, on this basis the Tamping density The test device is used Measuring cylinder installed, which are made of high-quality laboratory glass and have a precision-made measuring scale. The Fill density apparatus is available with one measuring cylinder, two measuring cylinders and three measuring cylinders; these versions are also referred to as so-called stations and are accordingly referred to as one station, two stations and three stations. The sample powder is weighed during the measurement process as part of the sample measurement in order to determine the weight precisely. The volume of the sample powder that is in the measuring cylinder is bulk volume. The Knockproof apparatus now runs an automatic one Tapping motion which contains the sample powder Knock-proof measuring cylinders automatically tamped according to the preset parameters. This process of Tamping the powder is carried out automatically and automatically after reaching the preset Knock repetitions completed. This decreases during this process bulk volume to the so-called Tamping volume. Now it can Tamping density using the formula mass of the sample powder divided by that Tamping volume, be calculated. The measurement result of the Tamping density is in g/ml specified. Measurement results can also be printed out at the push of a button using the often integrated mini printer.
Tamping density tester – special features:
- Latest technology
- Large digital display
- Comfortable soft-touch press buttons
- Professional tamping density measurement
- Automatic presettable test programs
- Up to three stations & up to three measuring cylinders
- High-quality laboratory glass measuring cylinders
- User-friendly tap density determination
- Intuitive menu navigation
- User-friendly adjustment of the knock amplitude
- Slightly rotating measuring cylinders to increase reading accuracy
- Integrated mini printer
- High measurement accuracy & high precision
- Reliable quality
- Ergonomic design
- Manufactured in accordance with international technical guidelines and recognized testing standards including ISO 787, ISO 3953, ISO 8460, ISO 8967, ISO 9161, ASTM B527, ASTM B527 ASTM D4164, ASTM D4781, Ph. Eur. 2.9.15
Knock Tightness Tester – Specifications:
Model | NIP-TDM1800 | NIP-TDM2800 | NIP-TDM3800 |
---|---|---|---|
Latest technology | Yes | Yes | Yes |
Large digital display | Yes | Yes | Yes |
Comfortable soft-touch snap fasteners | Yes | Yes | Yes |
Measuring cylinder | 1 station | 2 stations | 3 stations |
Maximum sample weight | 500g | 500g | 500g |
Adjustable knock amplitude | 1mm - 15mm | 1mm - 15mm | 1mm - 15mm |
Selectable tapping speed | 0 - 300 RPM | 0 - 300 RPM | 0 - 300 RPM |
Programmable knock number | 0 - 99999 | 0 - 99999 | 0 - 99999 |
Measurement accuracy | ≤1% | ≤1% | ≤1% |
User-friendly tap density determination | Yes | Yes | Yes |
Intuitive menu navigation | Yes | Yes | Yes |
User-friendly sample handling | Yes | Yes | Yes |
High precision & high measurement accuracy | Yes | Yes | Yes |
Reliable quality | Yes | Yes | Yes |
Ergonomic design | Yes | Yes | Yes |
Operating voltage | 100VAC - 240VAC 50Hz/60Hz | 100VAC - 240VAC 50Hz/60Hz | 100VAC - 240VAC 50Hz/60Hz |
Manufactured in accordance with internationally recognized test standards ISO 787, ISO 3953, ISO 8460, ISO 8967, ISO 9161, ASTM B527, ASTM B527 ASTM D4164, ASTM D4781, Ph. Eur. 2.9.15 |
Automatic vibration density tester – scope of delivery:
- Automatic vibration density tester
- Rich accessories
- Carefully professionally calibrated
- Quality certificate
- Calibration certificate
- operation manual
- Advanced technical support
- Extended Warranty
Get more information about this product now. One of our experts will be happy to contact you with further and helpful information.