Product Specification

Carton Stacking Strength Detection Instrument For Sale Corrugated Box Compressive Strength Testing Instrument

Introduction

In the competitive world of packaging and logistics, ensuring that your packaging can withstand the rigors of handling and transport is crucial. The Box Compression Tester is an advanced instrument designed to measure the compressive strength and stacking durability of various packaging materials. Whether you are working with metal, wood, corrugated fiberboard, solid fiber cardboard, or plastics, this tester provides accurate and reliable data on how well your packages can resist external compressive forces.

What is a Box Compression Tester?

The Box Compression Tester is engineered to evaluate the compressive resistance of containers, including boxes, drums, and other packaging components. This critical tool assesses the performance of packages by applying controlled compressive forces and measuring their ability to withstand these pressures without failing. The results help in determining the strength of the packaging and the protection it offers to its contents during storage and transportation.

Key Features

• Advanced Operation Modes: The Box Compression Tester operates in three distinct modes:

  • Strength Test: Measures the ultimate compressive strength and deformation of the box.
  • Fixed Value Test: Assesses the overall performance of the box based on set pressure and deformation.
  • Stacking Test: Simulates warehouse stacking conditions to evaluate how well the box performs under various stacking scenarios.

• User-Friendly Interface: Equipped with a touch screen and microcomputer processing system, this tester allows for easy operation, automatic measurement, intelligent result analysis, and self-return functionality.

• Precision and Efficiency: Features auto data collection, real-time display of compression force and deformation, and embedded micro printer for instant reporting. The synchronous motor and accurate thread lead screw drive system ensure precise test results.

Principle of Operation

The Box Compression Tester operates by placing the container between two flat platens. The lower platen is then lowered mechanically to compress the container. The tester records the force and deformation required to compress the container, providing valuable data on its compressive resistance.

Applications

The Box Compression Tester is essential for industries involved in packaging, food and beverages, pharmaceuticals, and logistics. It can be used to test:

• Corrugated paper boxes
• Honeycomb paper boxes
• Plastic barrels
• Paper barrels and boxes
• Intermediate bulk containers (IBC drums)

These tests are crucial for ensuring that packaging meets the required standards for strength and durability, thereby preventing product damage during transport and storage.

Standards Compliance

The Box Compression Tester adheres to international standards, including:

• ISO 2234
• ISO 12048
• ISO 2874
• ISO 2872
• ASTM D642
• ASTM D4169
• TAPPI T804
• JIS Z0212
• GB/T 4857.3
• GB/T 4857.4
• QB/T 1047

Technical Specifications

Model Options

• BCT-1500: 150015001500 mm or 150012001500 mm
• BCT-1200: 120012001200 mm or 120010001200 mm
• BCT-1000: 10008001000 mm or 100010001000 mm
• BCT-800: 800600800 mm or 800800800 mm
• BCT-600: 600400600 mm or 600600600 mm
• BCT-500: 500500500 mm

FAQs

1. What industries need a Box Compression Tester?

   • The Box Compression Tester is essential for industries such as packaging, food and beverages, cosmetics, pharmaceuticals, and logistics. It is used to test various packaging materials like corrugated paper boxes, plastic barrels, and paper cans.

2. What is a compressive strength tester and how is it performed?

   • A compressive strength tester measures the ultimate compressive strength and deformation of materials. It applies a load via the movement of upper platens until the material fails or reaches predetermined values for load or displacement.

3. What is a fixed value test and how is it performed?

   • A fixed value test involves placing the test package on the lower platen and applying load until the predetermined displacement or load is reached. It measures deformation from a zero-point reading corresponding to a load of 220 N.

4. What is a stacking test and how is it performed?

   • A stacking test simulates warehouse conditions by applying a predetermined load for a specified period (usually 24 hours) or until failure occurs, assessing how well the box withstands stacked pressure.