Pap-Tech Engineers & Associates

The Photovolt Type Brightness Reflectance Tester is a modern, advanced instrument designed for electronically measuring and digitally presenting the brightness, opacity, and gloss of paper and other similar materials. It works by angular reflectance and ensures highly precise and reliable results. The Pap-Tech Reflectance Meter, built with imported optical components, provides unparalleled accuracy for various paper quality assessments.

• Precision Measurement:

  • Provides precision measurements with a deviation of less than ±0.5% FS between instruments.

• Brightness Measurement:
  Measures the reflectance of light using a deep blue gelatine filter #49 with an integrated selenium photocell for highly accurate brightness readings.

• Opacity and Gloss Measurement:

  • Opacity: Uses a green filter from the tristimulus filter set to measure material opacity.
  • Gloss: Measures specular reflectivity at a 75º angle of incidence using a glass filter for accurate gloss assessment.

• Accessories Provided:

  • White Enamel Standard: For calibration.
  • Polished Black Glass: To represent minimal reflectance.
  • Cavity Sample: Represents zero reflectance.

• Sensor: Selenium Photocell.
• Brightness Search Unit: Includes a deep blue gelatine filter, an infrared-absorbing glass, a photovoltaic cell, and a light source.
• Opacity Search Unit: Equipped with a green filter from the tristimulus filter set.
• Gloss Search Unit: Features a glass filter for measuring gloss at 75º angle of incidence.

The Photovolt Type Brightness Reflectance Tester is compliant with the following TAPPI standards:

• TAPPI T519
• TAPPI T525
• TAPPI T527
• TAPPI T534

Reflectance Meter

The Reflectance Meter is a state-of-the-art instrument designed for electronically measuring and digitally displaying the brightness and whiteness of paper and other similar materials through angular reflectance. This advanced device ensures highly accurate and precise measurements, making it an indispensable tool for quality control in the paper, packaging, and printing industries.

• High-Precision Measurements:

  • Offers accuracy with a deviation of less than ± 0.5% FS between instruments, ensuring reliable and repeatable results.

• Imported Optical Components:

  • Built with high-quality imported optical systems for enhanced performance and long-term reliability.

• Digital Display:

  • Provides clear and intuitive digital readouts of brightness and whiteness values for easy interpretation.

• Advanced Technology:

  • Employs modern electronic systems for consistent performance and efficient operation.

The Reflectance Meter is ideal for:

• Evaluating the brightness and whiteness of paper, board, and other materials.
• Quality control and standard compliance in manufacturing processes.
• Ensuring product consistency for printing, packaging, and paper production.

Patra Type Fluff Tester

The Patra Type Fluff Tester is designed to measure fluff generation in paper and board materials by simulating the action of a printing press using a dry blanket. This instrument provides a reliable and efficient method to evaluate fluff tendency, ensuring consistent and reproducible results. It is widely used for quality control and material analysis in the paper and packaging industries.

• Printing Press Simulation:
  Accurately replicates the action of a printing press to measure fluff generation effectively.

• Reproducible Results:
  Provides steady and consistent results as fluff build-up proceeds at a uniform rate across multiple sheets.

• User-Friendly Design:
  Simplifies the fluff testing process, ensuring ease of use and reliable testing outcomes.

• Testing fluff generation in:
  • Paper
  • Board materials

The Patra Type Fluff Tester adheres to the following standards:

• TAPPI
• SCAN
• ISO

Digital Ply Bond Tester

The Ply Bond Tester is an advanced instrument designed to measure the internal fiber bond strength (also known as Z-direction tensile strength) of paperboard. This tester evaluates the strength of the board in relation to glue bonding, particularly at carton side seams, and can assess potential delamination caused by scoring or the use of high-tack coatings. It is especially useful for evaluating coated materials.

This equipment is commonly used to determine the internal bond strength of paper, paperboard, and laminates. The readings are conveniently displayed on a digital display panel, with microprocessor models available to connect to a computer and printer for storing and reviewing past results.

• Heavy-Duty Construction:
  Built with a heavy cast iron base and an integrated leveling device for stability during testing.

• Microprocessor-Based:
  Features a microprocessor-based reading system for precise and efficient readings.

• Versatile Display:
  Provides direct readings in ft-lb, joules, and kg/cm on the digital panel.

• Statistical Functions:
  Includes statistical functions such as last test and average values for improved data analysis.

• Manual Clamping System:
  Equipped with a manual clamping system for easy specimen handling.

• Robust Steel Frame:
  A sturdy steel frame design to minimize energy loss during testing.

• Maximum Arc Registration:
  A mechanism to register the maximum arc of the pendulum swing when released, ensuring accurate measurement of bond strength.

• Measurement Scale:
  0 to 500 ft-lb for a broad range of internal bond strengths.

• Specimen Preparation:
  Includes 3 sets of washers to adjust the adherence pressure of the sample.

• Support Accessories:
  Comes with tape-support, double-coated adhesive tape, and a manual cutting tool for preparing samples.

• Multiple Specimen Preparation:
  A multiple specimen preparation station allows for variations in specimen thickness, providing flexibility in testing different materials.

• Specimen Area Measured : 30 mm dia
• Light Source : Quartz Tungsten Halogen Lamps
• Flashes per measurement : 4.0
• Lamp Life (No. of measurements) : 5,00,000
• Illuminator : C Type
• Colour Scales : X, Y, Z; R(X), R(Y), R (Z), ; LUM. x, y, z
• Whiteness : ASTM / CIE
• Yellowness : ASTM
• APPLICATION STANDARDS
• TAPPI, ASTM, ISI, ISO

Laboratory Corrugating Machine

The Laboratory Corrugating Machine is designed for producing corrugated samples to evaluate the flat crush resistance of corrugating medium. This advanced machine is equipped with a digital temperature controller to ensure precise temperature management during the fluting process. The 'A' fluting rolls are heated up to 176°C and maintained at a constant temperature for consistent, repeatable results.

• Digital Temperature Control:

  • Equipped with a digital temperature controller to accurately heat the 'A' fluting rolls to 176°C, ensuring optimal and consistent sample production.

• Standard 'A' Flute Model:

  • Available in a standard model with 'A' flute, suitable for most common testing requirements.

• Sample Size:

  • Produces samples of 0.5 inch x 6 inch for easy handling and testing.

• Flat Crush Resistance Testing:

  • Specifically designed to simulate real-world corrugating conditions for evaluating the flat crush resistance of corrugating medium.

The Laboratory Corrugating Machine is ideal for:

• Testing the flat crush resistance of corrugated materials.
• Research and quality control in the corrugated packaging industry.
• Producing samples for laboratory testing and product development.

Surface Oil Absorbency Tester

The Surface Oil Absorbency Tester is specifically designed to determine the oil absorption resistance of the surface of paper and paperboard. This instrument is equipped with a photo-electric digital timer to ensure accurate and reliable measurement of the absorption process.

The tester adheres to international standards such as TAPPI, SCAN, and ISO, making it ideal for quality control in the paper and packaging industries.

1. Oil Absorption Resistance Measurement:

   • Accurately determines the resistance of paper and paperboard surfaces to oil absorption, critical for assessing material performance.

2. Precision Timer:

   • Integrated photo-electric digital timer for precise time measurement during the test.

3. Standard Compliance:

   • Conforms to TAPPI, SCAN, and ISO standards for consistent, reliable results in testing.

4. Durable and Efficient:

   • Designed for ease of use, with reliable construction for long-lasting operation.

Surface Oil Absorbency Tester

The Surface Oil Absorbency Tester is specifically designed to determine the oil absorption resistance of the surface of paper and paperboard. This instrument is equipped with a photo-electric digital timer to ensure accurate and reliable measurement of the absorption process.

The tester adheres to international standards such as TAPPI, SCAN, and ISO, making it ideal for quality control in the paper and packaging industries.

1. Oil Absorption Resistance Measurement:

   • Accurately determines the resistance of paper and paperboard surfaces to oil absorption, critical for assessing material performance.

2. Precision Timer:

   • Integrated photo-electric digital timer for precise time measurement during the test.

3. Standard Compliance:

   • Conforms to TAPPI, SCAN, and ISO standards for consistent, reliable results in testing.

4. Durable and Efficient:

   • Designed for ease of use, with reliable construction for long-lasting operation.

Dennison Wax Pick

The Dennison Wax Pick is a tool used for evaluating the surface strength of paper and paperboard. Each Wax Pick is made of a hard resin that is non-oily, ensuring reliable results. A box contains 8 sticks, all of the same grade. This tool is simple, easy to use, and cost-effective.

1. Heat the Waxes
   The waxes are gently heated and then applied to the surface of the paper or paperboard sheet.

2. Cooling Phase
   Allow the wax to cool naturally after application.

3. Testing the Surface Strength
   Once cooled, the wax is pulled from the sheet's surface.

   • The test determines if the wax pulls fibers or coating material from the surface.

4. Determine the Pick Strength
   The highest value of wax that does not rupture or damage the surface is recorded as the pick strength of the sheet.

• Waxes are heated and applied to surface of the sheet.
• After cooling waxes are pulled from the surface of the shape.
• Wax is used to check if it has pulled fibre of coating from the surface.
• The highest value wax, which does not rapture the surface, is reported as the pick strength of the sheet

Dennison Wax Pick

The Dennison Wax Pick is a tool used for evaluating the surface strength of paper and paperboard. Each Wax Pick is made of a hard resin that is non-oily, ensuring reliable results. A box contains 8 sticks, all of the same grade. This tool is simple, easy to use, and cost-effective.

1. Heat the Waxes
   The waxes are gently heated and then applied to the surface of the paper or paperboard sheet.

2. Cooling Phase
   Allow the wax to cool naturally after application.

3. Testing the Surface Strength
   Once cooled, the wax is pulled from the sheet's surface.

   • The test determines if the wax pulls fibers or coating material from the surface.

4. Determine the Pick Strength
   The highest value of wax that does not rupture or damage the surface is recorded as the pick strength of the sheet.

The instrument measures brightness, opacity and other parameters by diffused reflectance according to relevant ISO standards. It is Microprocessor based and gives out instantaneous digital read printout, that shows the worked out details such as CIE Tristimulus colour, Rx,Ry,Rz,x,y,z,L,a,b, values, yellowness, whiteness of pulp, paperboard, coating agents,filler and other similar materials. It includes built-in-Printer, measurement routine. 

The Smoothness, Porosity & Softness Tester is a precision instrument used for testing the average smoothness, porosity, and softness of paper. It determines these properties by measuring the time required for a specific volume of air to flow through the inserted sample under uniform pressure. This versatile equipment is essential for quality control in paper industries ensuring the material meets desired standards.

• Multi-Functionality:
  Capable of testing smoothness, porosity, and softness in a single instrument.

• Accurate Measurements:
  Provides precise results by determining the air flow time for a given sample, ensuring material consistency and quality.

• Optional Inner Cylinder:
  Equipped with an inner cylinder of 5 oz weight for testing highly porous paper.

The Smoothness, Porosity & Softness Tester complies with the following international standards:

• TAPPI T460
• SCAN P 19
• BS 6538/3
• ISO 5636/5

Bendtsen Smoothness & Porosity Tester

The Bendtsen Smoothness & Porosity Tester is designed to accurately determine the smoothness and porosity of paper and board materials. It operates on the rotameter airflow principle, providing reliable measurements of the air permeability characteristics of paper products.

This tester is equipped with three high-quality variable area flow meter tubes sourced from Solertran Mobrey Ltd., UK, along with the necessary accessories for precise testing.

• Used to measure the smoothness and porosity of paper and board.
• Based on the conceptual design by Dr. Bendtsen, which has become a standard in the paper industry for evaluating surface properties.

The Bendtsen Smoothness & Porosity Tester complies with the following standards:

• TAPPI UM 535
• DIN 53108
• ISO 5636/3, ISO 8791/2
• SCAN P21, P60
• BS 4420

• Measuring Range:
  • 5-150 ml/min, 50-500 ml/min, or 100-3000 ml/min
  • The tester is equipped with selectable flow ranges for varying types of paper and board materials, ensuring versatile use in different applications.

Stiffness Tester

The Stiffness Tester is an advanced instrument designed to evaluate the stiffness and resilient qualities of materials such as paper, plastics, cardboard, light metallic sheets, foil, and other flexible materials that exhibit comparatively strong bending resistance.

In this test, the specimen is bent by 15 degrees at a constant speed. Once the specimen reaches a 50 mm load length, the bending moment required to bend the specimen is measured in g-cm units, and the stiffness of the material is determined. The rotation occurs clockwise allowing for stiffness measurement.

The tester is equipped with a digital readout, providing fast and accurate test results for enhanced reliability and efficiency.

Key Features

• Versatile Testing:
  Suitable for testing a wide range of materials, including paper, plastics, cardboard, metallic sheets, and foil.

• Constant Speed Bending:
  Specimens are bent at a constant speed, ensuring uniform testing conditions.

• Direction Measurement:
  Clockwise rotations allow for stiffness measurement, providing a comprehensive understanding of material behavior.

• Digital Readout:
  Offers fast and accurate results, ensuring ease of use and quick data analysis.

Smoothness, Porosity & Softness Tester

The Smoothness, Porosity & Softness Tester is a precision instrument used for testing the average smoothness, porosity, and softness of paper and films. It determines these properties by measuring the time required for a specific volume of air to flow through the inserted sample under uniform pressure. This versatile equipment is essential for quality control in paper and film industries, ensuring the material meets desired standards.

• Multi-Functionality:
  Capable of testing smoothness, porosity, and softness in a single instrument.

• Accurate Measurements:
  Provides precise results by determining the air flow time for a given sample, ensuring material consistency and quality.

• Optional Inner Cylinder:
  Equipped with an inner cylinder of 5 oz weight for testing highly porous paper.

The Smoothness, Porosity & Softness Tester complies with the following international standards:

• TAPPI T460
• SCAN P 19
• BS 6538/3
• ISO 5636/5

Paper Thickness Micrometer

The Paper Thickness Micrometer is designed to measure the thickness of flat sheet specimens with precision. It is ideal for testing the thickness of paper, cardboard, and similar materials, adhering to industry standards.

Key Features:

• Accurately measures paper and cardboard thickness.
• Suitable for quality control and testing purposes.
• Reliable and easy to use for flat sheet specimens.

This instrument is an essential tool for maintaining consistent quality in paper and cardboard products.

Schopper Type Folding Endurance Tester

The Schopper Type Folding Endurance Tester is designed for determining the folding endurance of paper, board, and other flexible materials. This instrument ensures precise and reliable testing with spring-type loading clamps that provide a standardized load of 1000 gm during the test. It is equipped with a five-figure counter featuring a hold and zero-setting mechanism for accurate result tracking.

• Dual Folding Units:
  Two independently operating folding units allow for quicker testing and improved efficiency.

• Spring-Type Clamps:
  Ensures a standardized and consistent load of 1000 gm for reliable testing conditions.

• Precision Counter:
  Five-figure counter with hold and zero-setting functionality for easy result monitoring.

• Durable Construction:
  High-quality materials ensure consistent performance and long-term durability.

• Working Units: Two separate folding units for faster testing.
• Stretching Force:
  • Maximum: 9.81 N
  • Minimum: 7.55 N
• Folding Roll Diameter: 6 mm
• Distance Between Folding Rolls: 0.5 mm
• Deflection on Either Side: 10 mm

The Schopper Type Folding Endurance Tester complies with:

• TAPPI T-833
• ISO 5626

The Kohler Molin Type Folding Endurance Tester is specifically designed for determining the folding endurance of various materials, including paper, paperboard, foil, and films (up to a thickness of 1 mm). The instrument ensures precise testing with dead weight-type loading clamps providing a standard load of 800 gm during testing. A five-figure impulse counter with hold and zero-setting capabilities records the folding cycles accurately.

The oscillating and rotating movement of the upper clamps exerts the folding effect, making it an essential tool for quality testing in the paper, packaging, and film industries.

Key Features

• Simultaneous Testing:
  Allows testing of two specimens simultaneously, increasing productivity.

• Standardized Loading:
  Loading clamps with weight bars provide adjustable loads between 1.96 N to 9.32 N, with a standard load of 7.85 N (equivalent to 800 gm).

• High-Precision Counters:
  Two five-figure counters that stop automatically when the specimen breaks, ensuring precise result tracking.

• Quick-Grip Folding Clamps:
  Stainless steel clamps designed for strip widths of 15 mm provide secure specimen holding.

• Vibration-Free Operation:
  Innovative design eliminates conventional geared drives, ensuring smooth and vibration-free performance.

Technical Specifications

• Specimen Compatibility:
  • Paper, paperboard, foil, and films up to 1 mm thickness.
• Standard Load:
  • 7.85 N (equivalent to 800 gm).
• Adjustable Load Range:
  • 1.96 N to 9.32 N in 50 g steps.
• Folding Speed:
  • Standard folding speed per minute.
• Clamps:
  • Quick-grip stainless steel clamps for 15 mm strip width.
• Counters:
  • Two five-figure counters for independent specimen tracking.

Standards Compliance

The Kohler Molin Type Folding Endurance Tester conforms to:

• TAPPI T-423
• ISO 5626

Water Absorption Tester

The Water Absorption Tester is designed to measure the degree of water absorption of paper by evaluating the capillary rise in millimeters. This is done by suspending a specimen in a vat filled with water, and measuring the height of the liquid drawn up by the paper within either 1 minute or 10 minutes.

The apparatus is equipped with a cross arm that features four testing stations. These stations are ruler-type with precise indications, allowing for easy and accurate starting and stopping of the test. The cross arm can be shifted and adjusted to select any desired water level, ensuring flexibility in testing various paper samples.

• Capillary Rise Measurement: Measures the water absorption by determining the capillary rise of liquid within the paper.
• Precise Indicators: Ruler-type testing stations with clear markings for easy and accurate measurement.
• Adjustable Water Level: The cross arm allows for easy shifting and adjustment to set the water level as required.
• Multiple Testing Stations: Four testing stations to enable simultaneous testing of multiple specimens.

The Digital Gloss Meter is a modern, advanced instrument designed to electronically measure and digitally present the gloss of paper and other materials using angular reflectance. This instrument ensures precision measurements with less than ± 0.5% FS deviation, providing reliable and accurate results across various applications.

• Electronic Measurement & Digital Display:

  • Utilizes electronic technology to provide digital presentation of gloss, making the readings easy to interpret and record.

• Angular Reflectance:

  • Measures gloss by evaluating the angle of light reflected from the material's surface, which provides a consistent and accurate assessment of gloss properties.

• High Precision:

  • Offers exceptional accuracy with a deviation of less than ± 0.5% FS between devices, ensuring reliability for high-precision testing needs.

• Versatile for Various Materials:

  • Designed to measure gloss for a wide range of materials, including paper, films, and other coated or reflective surfaces.

Penetration Resistance Tester

The Penetration Resistance Tester is designed to measure the penetration time of oil and other liquids through paper and similar materials. This is achieved by calculating the Surface Resistance Time (SORT), which is the time taken for 75% of the surface to be covered by the liquid. The instrument uses a photo-electric digital timer for precise measurements and is equipped with a cooling system and a constant temperature regulator to ensure consistent testing conditions.

This tester is ideal for applications involving writing/printing paper and absorbent Kraft paper.

1. Chamber Design:

   • The testing chamber includes an orifice for holding the liquid medium.
   • A clamping device is provided to securely hold the material during testing.

2. Measurement Process:

   • The penetration time is recorded after the oil comes into contact with the paper.
   • Timing can be measured using a stopwatch or an electronic timer for accuracy.

3. Temperature Control:

   • Equipped with a suitable range thermometer and a temperature regulator to maintain constant conditions throughout the test.

The Kohler Molin Type Folding Endurance Tester is specifically designed for determining the folding endurance of various materials, including paper, paperboard, foil, and films (up to a thickness of 1 mm). The instrument ensures precise testing with dead weight-type loading clamps providing a standard load of 800 gm during testing. A five-figure impulse counter with hold and zero-setting capabilities records the folding cycles accurately.

The oscillating and rotating movement of the upper clamps exerts the folding effect, making it an essential tool for quality testing in the paper, packaging, and film industries.

• Simultaneous Testing:
  Allows testing of two specimens simultaneously, increasing productivity.

• Standardized Loading:
  Loading clamps with weight bars provide adjustable loads between 1.96 N to 9.32 N, with a standard load of 7.85 N (equivalent to 800 gm).

• High-Precision Counters:
  Two five-figure counters that stop automatically when the specimen breaks, ensuring precise result tracking.

• Quick-Grip Folding Clamps:
  Stainless steel clamps designed for strip widths of 15 mm provide secure specimen holding.

• Vibration-Free Operation:
  Innovative design eliminates conventional geared drives, ensuring smooth and vibration-free performance.

• Specimen Compatibility:
  • Paper, paperboard, foil, and films up to 1 mm thickness.
• Standard Load:
  • 7.85 N (equivalent to 800 gm).
• Adjustable Load Range:
  • 1.96 N to 9.32 N in 50 g steps.
• Folding Speed:
  • Standard folding speed per minute.
• Clamps:
  • Quick-grip stainless steel clamps for 15 mm strip width.
• Counters:
  • Two five-figure counters for independent specimen tracking.

The Kohler Molin Type Folding Endurance Tester conforms to:

• TAPPI T-423
• ISO 5626

• As per TAPIT-546.

Applications:

• Testing the ring crush strength of paper and board.
• Measuring the strength of corrugated boards, solid fiberboards, and paperboard for packaging applications.
• Ensuring compliance with international testing standards.

Salient Features:

• High Accuracy: Provides precise measurements of compressive strength.
• User-Friendly Design: Easy to operate with intuitive controls and a clear digital display.
• Sturdy Construction: Designed to maintain consistent parallelism of test plates for reliable results.
• Versatility: Capable of performing RCT (Ring Crush Test), ECT (Edge Crush Test), and FCT (Flat Crush Test).
• Microprocessor-Based Models: Advanced versions offer data storage, connectivity to computers, and printers for analysis and record-keeping.

Technical Specifications:

• Measuring Range: 0–5000 N (customizable for specific applications).
• Accuracy: ±1% of the measured value.
• Display: Digital panel for direct reading of results.
• Test Standards: Complies with ISO, TAPPI, and SCAN standards for crush testing.

Standards Compliance:

• TAPPI T818, TAPPI T822
• ISO 12192, ISO 3035, ISO 3037
• SCAN P27

The Paper Ash Incinerator is a specialized instrument designed for determining the ash content in paper, cardboard, and other cellulosic materials. This is achieved by burning a precisely weighed sample under controlled conditions. The incinerator is equipped with a digital temperature indicator-cum-controller to maintain accurate and consistent test parameters, ensuring reliable results.

• Digital Temperature Control:

  • Temperature range: 0–1200ºC.
  • Accurate digital temperature indicator with a built-in controller for precise operations.

• Durable Construction:

  • Designed for high-temperature operations with long-lasting heating elements and robust materials.

• Customizable Options:

  • Thermostatic Temperature Control: For enhanced regulation and stability.
  • Replacement of Heating Elements: Ensures ease of maintenance and extended service life.
  • Temperature Measuring Device: For accurate and independent temperature verification.

• Suitable for determining ash content in a wide range of materials, including:
  • Paper
  • Cardboard
  • Cellulosic substances

The Paper Ash Incinerator is designed in accordance with:

• TAPPI T413

Lab Air Knife Coater

The Lab Air Knife Coater is a precision instrument designed for coating sample sheet materials measuring 10" x 12". Constructed with a welded square-shaped frame containing a transformer, this knife coater is expertly manufactured under the guidance of skilled professionals using high-quality materials and advanced technology.

Customers can customize this knife coater to suit their specific requirements, and it is available at competitive prices.

The Lab Air Knife Coater is ideal for applying uniform coatings of materials such as:

• Latex
• Ink
• Lacquer
• Plastic dispersions

The air-knife design ensures consistent and even coating on the test specimen. The air pressure can be precisely adjusted using a control knob to achieve desired results. The instrument adheres to international standards such as TAPPI, SCAN, and ISO.

Key Features

• Heat Resistance: Built to withstand high temperatures during operation.
• Ease of Handling: Ergonomically designed for simple and efficient use.
• Superior Quality: Ensures excellent coating precision and durability.

The Taber Type Stiffness Tester is a precision instrument designed to evaluate the stiffness and resilient qualities of various materials, including paper, plastics, cardboard, light metallic sheets, foil, and other flexible materials with significant bending resistance. It provides critical measurements essential for assessing the suitability of materials for packaging, printing, and other industrial applications.

How It Works:
The test involves securing one end of the sample in a clamp, while a force is applied to bend the material to a specified angle. The maximum force required to bend the test piece is recorded and displayed on the graduated scale, giving a precise measure of stiffness.

Applications:

• Testing stiffness of paper, cardboard, and plastics
• Evaluation of light metallic sheets and foil
• Ensuring material suitability for packaging, printing, and industrial use

Salient Features:

• Wide Measuring Range: 0–1000 stiffness units, accommodating a broad variety of materials.
• Accurate Results: Measures the maximum force needed to bend the material to the desired angle, providing reliable stiffness readings.
• Triple Shear Cutter: Included for precise preparation of test specimens.
• Imported Gear Motor: Ensures smooth and consistent operation during testing.
• User-Friendly Operation: Easy-to-use clamp mechanism for securing test pieces and a clear graduated scale for quick reading.
• Durable Construction: Built to withstand repeated use in demanding laboratory environments.

Technical Specifications:

• Measuring Range: 0–1000 stiffness units
• Drive Mechanism: Imported gear motor for precise and smooth operation
• Test Sample Handling: One end of the test piece is easily secured in the clamp
• Graduated Scale: Provides clear and accurate stiffness readings

Lab Air Knife Coater

The Lab Air Knife Coater is a precision instrument designed for coating sample sheet materials measuring 10" x 12". Constructed with a welded square-shaped frame containing a transformer, this knife coater is expertly manufactured under the guidance of skilled professionals using high-quality materials and advanced technology.

Customers can customize this knife coater to suit their specific requirements, and it is available at competitive prices.

The Lab Air Knife Coater is ideal for applying uniform coatings of materials such as:

• Latex
• Ink
• Lacquer
• Plastic dispersions

The air-knife design ensures consistent and even coating on the test specimen. The air pressure can be precisely adjusted using a control knob to achieve desired results. The instrument adheres to international standards such as TAPPI, SCAN, and ISO.

Key Features

• Heat Resistance: Built to withstand high temperatures during operation.
• Ease of Handling: Ergonomically designed for simple and efficient use.
• Superior Quality: Ensures excellent coating precision and durability.

Penetration Resistance Tester

The Penetration Resistance Tester is designed to measure the penetration time of oil and other liquids through paper and similar materials. This is achieved by calculating the Surface Resistance Time (SORT), which is the time taken for 75% of the surface to be covered by the liquid. The instrument uses a photo-electric digital timer for precise measurements and is equipped with a cooling system and a constant temperature regulator to ensure consistent testing conditions.

This tester is ideal for applications involving writing/printing paper and absorbent Kraft paper.

1. Chamber Design:

   • The testing chamber includes an orifice for holding the liquid medium.
   • A clamping device is provided to securely hold the material during testing.

2. Measurement Process:

   • The penetration time is recorded after the oil comes into contact with the paper.
   • Timing can be measured using a stopwatch or an electronic timer for accuracy.

3. Temperature Control:

   • Equipped with a suitable range thermometer and a temperature regulator to maintain constant conditions throughout the test.

The Paper Lab Rotary Digester is a specialized instrument for producing pulp from various fibrous materials under controlled conditions of pressure, temperature, and time. This laboratory-scale digester is designed to simulate the operation of a commercial digester, ensuring that pulp production is consistent and replicable. Its advanced features make it an essential tool for pulp and paper testing laboratories, enabling precise experimentation and analysis of pulping processes.

• Stainless Steel Pressure Vessel:

  • Built with durable stainless steel for safe and efficient operation under high pressure and temperature.
  • Pressure-tested to ensure safety and reliability during operation.

• Temperature Control:

  • Equipped with a jacketed heater to rapidly achieve and maintain the desired temperature of the cooking media.

• Rotational Agitation:

  • The vessel rotates with adjustable directional changes to ensure efficient agitation and uniform cooking of the material.

• Precise Parameter Monitoring:

  • Includes devices to accurately display and monitor pressure, temperature, and time duration for optimal process control.

• Easy Operation:

  • The digester is designed for user-friendly operation, allowing seamless control and repeatability of pulping variables.

• Control Panel:

  • The vessel is mounted on a cabinet equipped with an intuitive control panel for managing and adjusting operational parameters.

The Paper Lab Rotary Digester is ideal for:

• Producing pulp from various fibrous raw materials.
• Simulating commercial digester operations in a laboratory setting.
• Conducting research and quality control in pulp and paper production.

• Portable
• Heat resistance
• Flat surface

Pulp Consistency Apparatus

The Pulp Consistency Apparatus is designed for the quick and accurate determination of pulp stock consistency. This instrument is manufactured in compliance with the standards outlined in the second report of the Pulp Evaluation Committee to the Technical Section of the British Paper & Board Industry Federation.

• Container:
  The container features a top that is easily removable, ensuring convenient operation and cleaning.

• Clamping:
  Equipped with a rapid-action clamping system for efficient and secure handling during testing.

• Grid Plate:
  A grid plate is integrated, featuring a supporting lattice to facilitate the easy removal of the pulp mat from the wire.

Fully Automatic Dead Weight Thickness Micrometer

The Fully Automatic Dead Weight Thickness Micrometer is a precise instrument designed for the rapid and accurate measurement of the thickness of paper and board. It measures the thickness by determining the distance between two circular plane surfaces under a steady pressure of 1 kg/cm² (98.0 kPa).

This compact model features a digital display for easy readability, and it offers a high level of accuracy and efficiency in thickness measurement.

1. Precision Measurement:

   • Measures thickness accurately under a constant pressure of 1 kg/cm².

2. Motorized Operation:

   • Equipped with a measuring spindle that has a constant lowering speed of 1 mm/sec.
   • Features single button operation for simple and efficient use.

3. Digital Display:

   • Provides a clear and easy-to-read digital display of measurements.

4. Hardened and Lapped Measuring Face:

   • The measuring face is both hardened and lapped for durability and precision.

5. Mitutoyo Optical Transducer:

   • Includes a Mitutoyo (Japan) make add-on optical transducer that scans a line screen for accurate readings.