Aleena Test Equipments

• Leak Detection Accuracy
  Designed to test the air-tightness of products like packaging, containers, valves, and sealed items with high precision.

• Durable & Rigid Construction
  Built using high-quality materials like stainless steel or aluminum to withstand pressure and long-term lab use.

• Digital Pressure Monitoring
  Equipped with digital gauges or sensors to monitor pressure drops and detect even the smallest leaks.

• Adjustable Test Parameters
  Allows setting of pressure levels, test duration, and pass/fail thresholds for various product types.

• User-Friendly Interface
  Simple control panel or touchscreen for easy operation, real-time readings, and quick setup.

• Purpose-Built for Lock Testing
  Designed to evaluate the reliability and durability of locking mechanisms under repeated use and stress.

• Compact 10 cm Design
  Small footprint (10 cm) allows easy integration into lab setups or production testing lines without occupying much space.

• Durable Construction
  Made from high-strength metal or engineered materials to withstand continuous operation during test cycles.

• Precision Control Mechanism
  Equipped with adjustable settings for force, cycle count, and timing to simulate real-world locking conditions.

• Accurate Performance Assessment
  Delivers consistent and measurable results, helping manufacturers ensure lock safety, longevity, and user reliability.

• The Brake Load Lipstick Tester is a specialized testing instrument designed to measure the force required to extend and retract lipstick from its casing. 
• It ensures accurate assessment of the torque and load characteristics, helping evaluate product quality, usability, and mechanical performance. 
• Featuring a precision load cell, smooth clamping system, and easy-to-read digital display, it delivers consistent and repeatable results. 

1. Purpose: A Carbon Black Content Tester determines the percentage of carbon black present in polymer materials, especially in polyethylene and polypropylene products.

2. Operation: The sample is heated in a controlled nitrogen atmosphere to decompose the polymer, and then in an oxidizing atmosphere to burn off the carbon black; the residue is weighed to calculate the carbon black content.

3. Applications: Widely used in plastic and cable industries to assess material quality, UV resistance, and compliance with standards like ASTM D1603 and ISO 6964.

• Digital PID controller for chamber temperature control
• Digital PID controller for saturation tank temperature control
• Digital preset timer for total time control.
• Digital Humidity indicator
• Pressure indicator and pressure regulator  for air pressure indication and control
• Air flow meter for control the air supply to the nozzle.
• Air filter for filtration of air supply to the nozzle.
• Saturation tank with heater, auto water level controller and pid type temperature controller.
• Heater with sensor
• Atomizing nozzles
• Fog collection device
• Safety feature water level sensor & thermostat with indicator and buzzer.

• Purpose: A WVTR Tester measures the rate at which water vapor passes through a material, indicating its moisture barrier properties.
• Operation: The sample is exposed to controlled humidity and temperature conditions; the amount of water vapor transmitted through the material over time is measured, often using gravimetric or instrumental methods.
• Applications: Widely used in packaging, textiles, electronics, and construction industries to evaluate materials like films, membranes, and coatings for moisture protection and quality control.

1. Purpose: The Heat Deflection Temperature Tester measures the temperature at which a plastic or polymer sample deforms under a specified load, indicating its thermal performance.

2. Operation: The sample is subjected to a constant load and gradually heated; the temperature at which it bends or deflects by a set amount is recorded as the HDT.

3. Applications: Commonly used in plastics manufacturing, quality control, and material research to assess suitability for high-temperature applications and comply with standards like ASTM D648.

(1) Place the instrument at horizontal surface and suitable for working height.

(2) Leveling the instrument by using spirit level.

PROCEDURE

(1) put the sample tape at horizontal surface of instrument, so that the adhesive surface to be on up side.

(2) Now put the ball at ball seat of the instrument.

(3) Push the knob for start motion of ball.

(4) Note the scale reading there ball stop automatically.

(5) Test is complete.

Related Standard:

ASTM: D 3121 

• The Laboratory Vacuum Oven is a precision-engineered drying chamber designed for heat-sensitive materials that require drying, curing, or aging in a controlled, low-pressure environment. 
• By operating under reduced pressure, it significantly lowers the boiling point of liquids, enabling gentle drying without damaging delicate samples.
• Constructed from a robust stainless steel or powder-coated mild steel exterior with a highly polished stainless steel inner chamber, the oven ensures excellent durability, corrosion resistance, and easy cleaning.

• Purpose: A BOD (Biochemical Oxygen Demand) Lab Incubator provides a controlled temperature environment for incubating samples during BOD testing, which measures the oxygen consumption of microorganisms in water.
• Operation: The incubator maintains a stable temperature (usually 20°C) with uniform heat distribution, ensuring accurate and consistent conditions for microbial activity over a set period.
• Applications: Widely used in environmental laboratories, wastewater treatment plants, and research facilities to monitor water quality and assess organic pollution levels in compliance with regulatory standards.

• High-Capacity Load Testing
  Designed to test the tensile strength of wire crimps and terminals up to 500 kgf (kilogram-force) for heavy-duty applications.

• Digital Force Display
  Equipped with a digital load indicator that provides precise real-time pull-out force readings in multiple units (kgf, N, lbf).

• Accurate Crimp Quality Assessment
  Ensures reliable testing of electrical connections by measuring the holding strength of crimped joints under controlled pull force.

• Adjustable Grip & Fixture
  Comes with interchangeable or adjustable clamps to securely hold various wire sizes and terminal types during testing.

• Sturdy & Rigid Frame Construction
  Made from heavy-duty steel or mild steel to ensure stability and repeatability during high-force tests.

• Tensile and Universal Testing Machines: Measure the pipe's ability to withstand pulling forces.
• Impact Testers: Often Charpy or Izod testers to determine how much force the pipe can withstand before breaking.
• Compression Testing Machines: Used for compression and ring flexibility/stiffness tests.
• Conduit Bending and Flexing Testers: Measure the pipe's ability to bend without damage.
• ID/OD Gauges: Used to measure the internal and external diameters. 

• Universal Testing Machine (UTM): Measures tensile, flexural, and compressive strength.
• Impact Testing Machine: Assesses resistance to impact, including small and large ball impact testers.
• Abrasion Tester: Measures surface wear resistance (e.g., Taber type).
• Knife Test: Visually assesses the bond quality by prying off a veneer.
• Proof Load Testing Machine: Verifies the load-bearing capacity. 

• Humidity and Conditioning Chambers: Used to condition the plywood to specific temperature and humidity levels before testing.
• Hot Air Oven: Used for drying and for certain durability tests.
• Boiling Water Bath: Evaluates the water resistance of the glue bond. 

• Moisture Meter: Measures the water content in the wood.
• PH Meter: Measures acidity or alkalinity.
• Glue Adhesion Test apparatus: Specifically for assessing glue strength. 

• Flammability Tester: Determines the flammability characteristics (horizontal and vertical).
• Scratch Resistance Tester: Measures resistance to surface scratching.
• Gloss Meter: Measures the gloss level of the plywood surface

·       Motor: AC single-phase induction with variable speed control via an AC frequency drive.

·       Gear Box: Worm reduction gear box for controlled motion.

·       Mechanism: Crank and lever slide mechanism.

·       Sample Holders: Two weight test piece holders (2 lbs and 4 lbs).

·       Counter: Preset digital counter.

·       Sample Holder Size:  101.6 mm x 50.8 mm.

·       Clamping Mechanism: Strip and knurling nuts for sample holding, oscillating plate secured by spring-type strip clamps.

·       Templates: Two provided templates for sample alignment.

• Optimal Low-Temperature Storage
  Designed to maintain stable temperatures ranging from -20°C to -80°C (model-dependent) for safe storage of biological samples, chemicals, and reagents.

• 100-Litre Compact Capacity
  Ideal for laboratories with limited space, offering sufficient storage without compromising on performance.

• Digital Temperature Control
  Equipped with a digital display and microprocessor-based controller for precise temperature monitoring and adjustment.

• Energy-Efficient & Insulated Design
  Features high-density PUF insulation and energy-saving compressors for consistent cooling and reduced power consumption.

• Durable & Corrosion-Resistant Build
  Made with powder-coated or stainless steel interiors and exteriors to withstand laboratory environments.

1. Purpose: A laboratory hot plate is used to uniformly heat samples, solutions, or chemicals in scientific experiments and testing procedures.

2. Operation: It consists of a flat, heated surface with adjustable temperature controls; some models include magnetic stirrers for simultaneous heating and mixing of solutions.

3. Applications: Widely used in chemistry, biology, and material science labs for tasks like boiling, evaporation, sample preparation, and maintaining reactions at specific temperatures.

• The Ford Cup Viscometer is a precision instrument designed for quick and accurate measurement of liquid viscosity, widely used in paint, coating, varnish, and ink industries. 
• Manufactured in compliance with ASTM D1200 standards, it features a high-quality, corrosion-resistant aluminum or stainless-steel cup with a precision-machined orifice for consistent flow results.
• Simply fill the cup with your test liquid, release the flow, and record the efflux time in seconds.

• Water Bath is made of rectangular shape double wall, the inside will made of stainless steel of 304 grade the outside body made of fibre. The upperand lower plates are also made of stainless steel of grade 304. 
• The upper plates have six slotes for resting the stainless steel glass. The slotes are of round shapes. The fibre outside the made for electronic resistance, to give a shock free operation. 
• There is a heater provided inside the water bath for heating the water. The temperature of the water is control by thermostatic control with an accuracy of ± 5ºC.

• Purpose: The  Laboratory Weighing Balance used to accurately determine the density of solids and liquids using Archimedes’ principle.
• Operation: The sample is weighed in air and then in a liquid (usually water); the balance calculates density automatically based on the difference in weights.
• Applications: Commonly used in laboratories and quality control for materials like metals, plastics, rubber, and ceramics to ensure consistency, purity, and compliance with standards.

• Purpose: An Electronic Weighing Scale measures the weight or mass of objects quickly and accurately using digital sensors.
• Operation: It converts the force exerted by the object on a load cell into an electrical signal, which is processed and displayed digitally on a screen.
• Applications: Commonly used in laboratories, retail, manufacturing, and logistics for precise weight measurement and quality control.