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Works Shops Tools
Workshop tools are essential for various tasks in a workshop environment. They include power tools like drills, saws, and sanders for cutting and shaping materials. Hand tools such as wrenches, hammers, and screwdrivers aid in assembly and maintenance. These tools facilitate efficient and precise work in workshops.
Related Products
Balloon Burst Tester
The Balloon Burst Test is a specific examination employed to ascertain the burst strength of plastic, polymer films, and packaging materials. This test is crucial in ensuring the resilience of these materials against pressures encountered during storage, transportation, and regular usage.
Certain applications, such as medical devices or packaging for hazardous materials, demand strict adherence to burst strength standards to guarantee safety.
Vishva offers exceptionally accurate measurements of burst strength, ensuring that your materials align with the required standards and specifications. This process assures the robustness and dependability of materials in diverse applications, enabling you to uphold product integrity, comply with safety and regulatory standards, and optimize material selection according to your specific requirements.
Dart Impact Tester (Pneumatic Holding)
The impact properties of polymeric materials directly influence the overall toughness of the material.
Toughness is defined as the polymer’s ability to absorb applied energy. Plastic films are commonly utilized for packaging purposes and are subjected to wear and tear. Therefore, the strength of impact resistance is crucial for assessing the quality and determining the impact load the film can withstand.
This method involves evaluating the energy that causes plastic film to fail under specific conditions of the impact of a freely falling dart.
Machine is Designed According to ASTM
Pneumatically Operated Clamps have been used to hold Film.
Electromagnetic Centering device provided to Ensure reproducible drop.
Dart drop mechanism is providing to dart drop at different Drop height.
GSM Testing Machine
Introducing our GSM Testing Machine for Plastic Converting Machineries ? a cutting-edge instrument for accurately determining the weight of various packaging materials like knitting fabrics, paper cardboards, and non-woven fabrics. This advanced machine ensures precise GSM tests, providing crucial insights into material traits before customer delivery. Trust our instrument for reliable measurements, maintaining consistent quality in plastic converting processes.
Tear Tester
This procedure is utilized for measuring the tear strength of thermoplastic films or non-rigid sheets. Through this test method, we determine the average force required to propagate tearing through a specified length of plastic film or non-rigid sheeting.
This test method is valuable for ranking the relative tearing resistance of various plastic films and sheets of comparable thickness.
Unique Selling Proposition (USP)
It consists of stationary and movable clamps, a stopper for holding the pendulum in a raised position and releasing it instantaneously, and an indicating device for taking the reading of pendulum swings when released. Additionally, a template die or shear-type cutter is included for cutting specimens.
The equipment is recognized by various names such as Tear Strength Tester, Tensile & Tear Strength Test Equipments, Tear Resistance Tester, Digital Tear Strength Tester, Tear Strength Testing Machine, Plastic Film & Sheet Tear Strength Test Equipment, Plastic Lab Sample Tear Strength Tester, etc.
Digital Micromters
Digital micrometers are indispensable tools in plastic converting machine testing. They provide precise measurements of material thickness, dimensions, and tolerances. With their digital readout and high accuracy, they enable quality control and ensure that the plastic conversion process meets the desired specifications.
Digital Dead Weight Type Thickness Gauge
Vishva’s Dead Weight Type Thickness Gauge is a precision tool employed for accurately measuring the thickness of materials. Its operation relies on applying a known force to a probe or anvil and then measuring the deformation or deflection of the material being tested.