Aleena Test Equipments

• Universal Testing Machine: Measures tensile strength using wide-width specimens, conforming to standards like ASTM D4595.
• Cone Drop Tester: Evaluates puncture resistance by dropping a cone onto the material.
• Abrasion Resistance Testing Machine: Measures how well the material resists surface wear.
• Large Pull Out Test Apparatus: Determines the pull-out strength between a geosynthetic and soil. 

Additional Information:

• Production Capacity: 10
• Delivery Time: 25 DAYS

• The CBR Puncture Testing Machine is a robust testing instrument designed to measure the puncture resistance of geotextiles, geomembranes, and related materials. 
• It operates by applying a controlled load through a plunger onto the specimen until penetration occurs, allowing accurate determination of puncture strength. 
• Built with a rigid frame, precision load cell, and smooth drive mechanism, it ensures consistent and repeatable results.

• Purpose: The In-plane Water Flow Transmissivity Machine measures the rate at which water flows horizontally through geosynthetic materials, assessing their permeability and drainage performance.
• Operation: Water is passed through the plane of the sample under controlled hydraulic gradient, and the flow rate is measured to calculate transmissivity values.
• Applications: Widely used in geotechnical engineering, construction, and environmental projects to evaluate geotextiles, geomembranes, and drainage layers for applications like landfill liners and road construction.

• Purpose: The Wide Width Tensile Strength Test Grip is designed to securely hold wide, flat specimens during tensile testing to measure their tensile strength and elongation properties.
• Operation: It grips the specimen firmly across a broad surface area to prevent slippage or damage, ensuring uniform stress distribution during the tensile test.
• Applications: Widely used in testing textiles, geotextiles, films, and other wide sheet materials in quality control and research laboratories to evaluate mechanical performance.

1. Purpose: A Laboratory UV Chamber simulates the effects of ultraviolet (UV) light exposure to test the durability and weather resistance of materials and coatings.

2. Operation: The chamber exposes test samples to controlled UV light intensity, temperature, and humidity cycles to accelerate aging and identify potential degradation.

3. Applications: Widely used in plastics, paints, coatings, automotive, and construction industries for quality control and product development to ensure long-term performance under sunlight exposure.

1. Purpose: A laboratory sieve shaker is used to separate and classify particles in a sample based on size, using a stack of sieves with decreasing mesh sizes.

2. Operation: It mechanically vibrates or shakes the sieves to facilitate the passage of smaller particles through the mesh while retaining larger ones, ensuring consistent and reproducible results.

3. Applications: Commonly used in industries like pharmaceuticals, chemicals, food, and construction for particle size analysis, quality control, and material testing.

1. Purpose: The Grab Strength Grip is designed to securely hold fabric or material specimens during grab strength tests, measuring the force required to pull and tear the sample.

2. Operation: It clamps the specimen firmly, distributing pressure evenly to prevent slippage or premature failure, ensuring accurate measurement of tensile strength.

3. Applications: Commonly used in textile and fabric testing laboratories to assess the durability and strength of materials for quality control and compliance with standards like ASTM D5034.

• The Geostrip Webbing Grip Machine is a specialized tensile testing apparatus designed to evaluate the strength, elongation, and performance of geostrips, webbings, and similar narrow fabrics. 
• Featuring precision-engineered grips, it securely holds test specimens to prevent slippage during load application. 
• The machine provides controlled and uniform tension, enabling accurate measurement of breaking force and elongation.

• The Geogrids Aperture Stability Modulus Tester is a specialized testing instrument designed to determine the aperture stability modulus of geogrid materials, a critical property that measures the geogrid’s resistance to deformation under loading. 
• This test is essential for evaluating the performance of geogrids used in soil reinforcement, road construction, embankments, and other geotechnical engineering applications.
• Constructed from high-strength mild steel or stainless steel, the tester features a rigid frame, precision clamping system, and calibrated loading mechanism to ensure accurate and repeatable measurements.