Tap Density Tester LTDT-T2010

Introduction

Tap Density Tester operates at 300 rpm frequency with a sample volume capacity of 250 ml. It is equipped with advanced one workstation for single-sample analysis and supports up to 500 g sample weight. The amplitude is adjustable from 1 to 15 mm, with a stroke rate of 250 taps per minute. It includes a microprocessor-based control system with an in-built micro printer and vibration mechanism. Designed for determining bulk density, tapped density, and flow properties in powder testing labs.

This analytical equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Tap Density Tester is used for calculating bulk and tapped density and evaluating Hausner ratio in quality control, packaging, and research labs. It supports workflows in pharmaceuticals, food industries, and material testing. 

Specifications

Work Station	1
Sample Volume	up to 250 ml
Sample Weight	Up to 500 g
Number of Tapping	0 to 99999(set 0 to output bulk density)
Frequency	300 rpm (continuous adjustable in 0 to 300 rpm)
Amplitude	Maximum 15 mm(1 to 15 mm integer variable)
Stroke Height	Stroke height 3 mm
Strokes / Min	250 strokes / min
Display	display
Repeatability	up to 1%
Accuracy	up to 1%
Humidity	up to 85% RH
Motor Torque	0.86 N. m
Power	40 W
Power Supply	AC 220 V ± 10 %, 50 Hz
Product Dimension	330 × 265 × 165 mm
Packaging Dimension	420 × 390 × 390 mm
Net Weight	14 kg
Gross Weight	15 kg

Features

display for monitoring

Single test station integration

Compact and stable design

Advanced result interpretation

Anti-corrosive and durable body

Automatic result saving

Built-in micro printer

Adjustable rpm and drop height

FAQs

1. How consistent are the results provided by the Tap Density Tester?

Tap Density Tester ensures repeatable and accurate measurements through its stable design and controlled tapping mechanism. Adjustable settings allow fine-tuning based on sample type. It maintains performance even during continuous use. Proper calibration and consistent testing procedures further support reliable outcomes.

2. What is the primary purpose of a Tap Density Tester?

The Tap Density Tester is used to measure the tapped and bulk density of powdered and granular materials. This helps determine flowability and compressibility, which are essential in pharmaceutical, food, and chemical production. It also assists in quality control by providing consistent reference values. Understanding these properties improves formulation and packaging decisions.

3. How does the Tap Density Tester support pharmaceutical production?

Tap Density Tester plays a key role in ensuring accurate filling and consistent tablet weight by evaluating powder density. It allows formulators to detect issues with flow or compressibility early in the process. This reduces waste and improves dosage uniformity. It’s especially useful during R&D and final product testing.

4. Is the Tap Density Tester easy to operate and maintain?

The Tap Density Tester is designed with a user-friendly interface and straightforward controls for hassle-free operation. Its compact structure and smooth surfaces make daily maintenance simple. Routine cleaning and periodic calibration help maintain long-term performance. users can operate it effectively with minimal training.

5. Does the Tap Density Tester support data recording or printing?

Tap Density Tester features automatic data saving and comes equipped with a built-in micro printer. This enables users to instantly print test results for documentation or quality audits. Stored results can be accessed when needed for tracking consistency. This feature is especially beneficial in regulated lab environments.

6. Is the Tap Density Tester suitable for powders with poor flow properties?

The Tap Density Tester is ideal for both free-flowing and cohesive powders. Its variable tapping speed and adjustable amplitude allow it to accommodate a wide range of material types. This flexibility ensures that even difficult samples can be accurately tested. It’s a dependable solution for challenging formulations.