Introduction to Packaging Testing Services

Packaging serves a significant purpose of safeguarding products, ensuring quality, and upholding brand reputation. Making sure that packaging holds up against diverse conditions is a crucial requirement for both manufacturers and merchants. Infinita Lab is here to provide comprehensive packaging testing services with over 20,000 tests to accommodate the varied demands of the packaging sector. Our services include physical strength testing, material make-up testing, environmental effect testing, and international and industry standard compliance.

With access to our nationwide network of testing facilities, we provide specialized testing capabilities that are always available and dependable. Our system ensures that packaging complies with the stringent specifications of ruggedness, safety, and environmental care to achieve clients’ product superiority and compliance objectives.

Packaging Testing Service Challenges

Test solutions by Infinita Lab assist trading and manufacturing businesses in addressing the intricacies of a dynamic market. Infinita Lab offers test solutions that help trading and manufacturing companies navigate the complexities of a constantly evolving market. We evaluate how packaging performs under adverse conditions, test for leakage or defects, identify biodegradability, and verify compliance with international standards. Our specialists provide precise, informative data that assists businesses in making adjustments to packaging design, maximizing its efficiency, and speeding up their time-to-market.

Whether testing transport packaging integrity, defining particle size within plastic products, or assessing cytotoxicity to determine safety, our services provide each and every detail to protect products and achieve compliance. By working with Infinita Lab, customers enjoy a stress-free testing process that upholds only the finest quality, safety, and sustainability standards.

Packaging Testing Services

We offer a complete set of packaging-oriented tests to ensure that materials are of the highest quality of safety, endurance, and functionality:

Microbial Challenge Test – This determines the extent to which porous packaging materials can withstand the entry of microorganisms. It is particularly important with packaging that will be placed into drugs, medical devices, and foods, wherein contamination to any degree can threaten product safety.

Dye Penetration Test – It verifies any leak or crack within nonporous packaging using solutions of dyes to locate any possible points of contamination of the product. It guarantees that sensitive products, powders, or liquids stay safely contained while being transported and kept in stock.

Vacuum or Altitude Simulation Test – The test replicates conditions of high elevation, including lower air pressure, on the packaging system. The test is important for air-expedited products or products that will be installed in higher elevation environments to ensure structural integrity and seal integrity.

Drop and Impact Test – A simulation of shipping and handling stresses, this test determines how resistant the packaging is to concentrated impacts. It is used to prevent damage to products during shipping and to determine potential points of design or material vulnerability.

Sieve Analysis or Granulometry – The process defines plastic powder, pellet, or resin particle size distribution that will be utilized during packaging. The proper particle size guarantees proper material functionality, efficient processability, and quality product.

Biological Safety Testing (Biological Safety Evaluation) – This test determines the safety of consumer product-contacting packaging materials and medical devices by testing adverse toxic effects against cells. It’s important to ensure compliance and safeguard the health of the end-user.

Why Choose Infinita Lab for Packaging Testing Services?

Infinita Lab offers comprehensive Packaging testing services, a Comprehensive lab network, project management, confidentiality, and rapid turnaround. Trust Infinita Lab for your material testing needs, Faster test results, cost savings, and reduced administrative workload.

Looking for a trusted partner to achieve your research goals? Schedule a meeting with us, send us a request, or call us at (888) 878-3090  to learn more about our services and how we can support you. Request a Quote

Essential FAQs on Packaging Materials Testing Services

What is packaging testing, and how does Infinita Lab ensure quality in this service?

Packaging plays an important role in shipping, transportation and storage. Pacajging testing is another validation that ensures your product’s packaging withstands various conditions it might encounter during shipping, storage, and handling. It verifies the durability, safety, and compliance of packaging materials with industry standards. At Infinita Lab, we offer complete, fully managed packaging testing services. Encompassing over more than  2000 tests  including drop tests, compression tests, and environmental simulations, to guarantee your packaging meets the highest quality standards. Our expertise helps safeguard your products, reduce returns, and enhance customer satisfaction.

Why should I choose Infinita Lab for my packaging testing needs?

Infinita Lab has always proven a track record of being a trustworthy partner when it comes to material testing services. Our network of accredited laboratories across the U.S., confirms on providing quality services in the ream of packaging testing services. With myriad numbers of tests across different industries which counts to more than 20000 tests, our experts in material testing provide personalized solutions that meet your specific packaging requirements, ensuring compliance and quality. Our commitment to excellence and customer service positions Infinita Lab as your preferred partner for packaging testing services.

What types of packaging materials can Infinita Lab test?

Infinita Lab’s extensive capabilities allow us to test a wide range of packaging materials, including plastics, glass, metals, paper, and biodegradable compounds. Our state-of-the-art facilities are equipped to handle various packaging forms, from rigid containers to flexible pouches. Whether you’re looking to test the strength of a cardboard box or the integrity of a plastic bottle, our expert team has the tools and knowledge to deliver precise results.

How does Infinita Lab ensure the quality and reliability of its packaging testing services?

At Infinita Lab, quality and reliability are at the core of our operations. We adhere to strict ISO standards and are equipped with advanced testing equipment to ensure accurate and dependable results. Our team experts thoroughly study the required preferences for the quality and reliability of products. At the same time, our extensive network of labs and fully managed testing process allow us to offer accurate results for packaging testing services. By leveraging our services, we maintain high testing standards, ensuring that your packaging is rigorously evaluated for quality and compliance.

Which are the different locations does Inifinita Lab serve?

Infinita Lab has a vast array of lab’s across the United States. The advanced technologies and methodologies are the cornerstone of Infinita lab for providing highest accuracy and calibration in testing services. We have 16 physical locations in the U.S. which are Pheonix, AZ, Chandler, AZ, Costa Mesa, CA, Irvine, CA, Newark, CA, Pleasanton, CA, San Diego, CA, San Jose, CA, San Mateo, CA, Chicago, IL, Boston, MA, Durham, NC, New York, NY, Columbus, OH, Portland, OR, Houston, TX. Additionally, we offer doorstep sample pick services across all key locations in the U.S.


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ASTM F1249 WVTR Testing Guide for Packaging Film Moisture Barrier ASTM D6387: Testing Coated Flexible Packaging — Procedure Explained ASTM E96 Water Vapor Transmission Rate (WVTR) Testing Guide ASTM D1709 Dart Impact Testing Guide for Plastic Films ASTM D5338: Aerobic Biodegradation of Plastics Under Composting Conditions ASTM D5511: Anaerobic Biodegradation of Plastics — Method Guide ASTM D1894 Coefficient of Friction Testing for Films & Sheeting ASTM F1249 Water Vapor Transmission Rate (WVTR) Testing for Films & Sheeting ASTM D2578 Wetting Tension Testing for PE and PP Films ASTM D882: Standard for Tensile Testing of Thin Plastic Sheeting ASTM D3575: Testing Flexible Cellular Polyolefin Materials — Guide ASTM D2659 Column Crush Testing for Thermoplastic Containers ASTM D2673 Oriented Polypropylene (OPP) Film Testing Services ASTM D2463 Drop Impact Testing for Blow-Molded Thermoplastic Containers ASTM D2103 Polyethylene Film & Sheeting Specification Testing ASTM D1746 Transparency Testing for Plastic Sheeting ASTM D1593 Non-Rigid Vinyl Chloride Film & Sheeting Specification Testing ASTM D1505 Density Gradient Tube Testing for Plastics & Polymers ASTM D3368 FEP Fluorocarbon Sheet & Film Testing Services ASTM D3354 Blocking Force Testing for Plastic Films ASTM D2842 Water Absorption Testing for Rigid Cellular Plastics PLA Recycling Process: How Polylactic Acid Is Recycled & Tested HDPE Testing & Properties: High-Density Polyethylene Complete Guide DEHP & Phthalate Testing: Compliance Requirements & Test Methods Is PLA Biodegradable and Compostable? Testing, Standards & Facts Polylactic Acid (PLA): Properties, Biodegradability & Material Testing PET Plastics: Eco-Friendly Properties, Recyclability & Testing Guide Polypropylene Plastic: Properties, Uses & Testing Reference Guide Know Your Polypropylene (PP): Accurate Testing Results Explained How Material Testing of Eco-Plastics Guarantees a Sustainable Future Plastics Applications & Their Importance: Industries, Uses & Testing Needs Biodegradable Plastic Testing Standards: ASTM Guide to Key Methods Chemicals in Plastic Products: Testing, Regulations & Safety Guide Plastic Material Properties: Key Testing Methods & Industrial Applications What Is Drop Integrity Testing? Methods, Standards & Package Performance Forklift Handling Integrity Testing: Method, Standards & Applications Why Horizontal Compression Testing Is Important for Packaging Rotational Corner Integrity Testing: What It Evaluates & How It Works  Sterile Barrier System Package Temperature Validation Package Testing Vibration Package Integrity Testing: What It Is & How It Works Temperature Validation Testing for Packages: Methods, Standards & Protocol Rotational Edge Drop Integrity Testing: Method & Standards Guide Rotational Corner Drop Testing: Method, Standards & Applications Parcel Integrity Testing: Methods, Standards & E-Commerce Applications Horizontal Compression Integrity Testing: What It Is and Why It Matters Flexible Package Integrity Testing Drop Testing Compression Package Testing Package Conditioning: What It Is, Standards & Why It Matters for Testing Cold Chain Package Testing Burst Strength Package Integrity Testing: What Is It? Bubble Leak Testing for Packages: Methods, Standards & Applications What Is a Bridge Impact Test? Method, Standards & Packaging Applications Altitude Package Testing  Accelerated Aging Laboratory Packaging Testing ISO 7765 Dart Drop Impact Testing for Plastic Films Dye Penetration Leak Testing Guide for Nonporous Packaging Advantages of Accelerated Shelf Life Testing for Products & Materials Common Uses of Accelerated Shelf Life Testing: Industries & Applications ASTM D4274 Hydroxyl Number Testing for Polyurethane Polyols ASTM D3811 Unwind Force Testing for Pressure-Sensitive Tapes ASTM D578 Wetting Tension Testing for PE & PP Films ASTM F1980 Accelerated Aging Test: Experimental Parameters & Protocol Guide Common Uses of Coefficient of Friction Testing in Industry & Research ASTM D5040 Ash Content Testing for Adhesives ASTM D4338 Flexibility Testing for Supported Adhesive Films Permeation Testing: Gas, Vapor & Liquid Barrier Properties of Materials Coefficient of Friction Testing: Static vs Kinetic COF & ISO Standards Physical Properties of Polymers & Olefins: Testing Methods & Characterization ASTM F1140: Internal Pressurization Failure Test for Flexible Packaging ASTM F2096: Gross Leak Testing for Flexible Packaging — Method Guide ASTM D7389 Acid Number Testing for Maleic Anhydride Grafted Waxes Transportation & Distribution Performance Testing: Methods & Standards Accelerated vs. Real-Time Aging: Understanding Material Degradation Testing Rotational Flat Drop Compliance Testing: Method & Standards Guide Rotational Edge Drop Integrity Testing: Overview & ISTA Compliance ASTM E398 WVTR Testing by Dynamic Relative Humidity Measurement ASTM D6691 Marine Biodegradation Testing of Plastics by Defined Microbial Consortium Horizontal Compression Integrity Testing for Packaging & Containers Package Conditioning Testing: Temperature, Humidity & ASTM D4332 Standards Burst Strength Package Testing: Methods, Standards & Performance Criteria ASTM D6868 Compostable Coated Paper & Plastic-Composite Testing ASTM D6400 Compostable Plastics Testing | Industrial & Municipal Compost Certification | Infinita Lab ASTM D774 Bursting Strength Testing for Paper & Paperboard Polymers & Plastics Testing Services: ASTM, ISO & Mechanical Testing ASTM D6116 Blocking Testing for Films & Sheeting ASTM E680 Drop Testing for Single Packaged Products ASTM D6979 Unwind Force Testing for Pressure-Sensitive Tape ASTM D6295 Dispensability Testing for Pressure-Sensitive Film Tape ASTM D6290 Color Testing for Plastic Pellets ASTM D7709 Water Vapor Transmission Rate Testing for Pharmaceutical Bottles ASTM D5227 Hexane Extractable Content Testing for Polyolefins ASTM D4754 Two-Sided FDA Migration Cell Extraction Testing for Plastics ASTM D3576 Cell Size Testing for Rigid Plastic Foam ASTM D3575 Flexible Cellular Material Testing for Olefin Polymer Foams ASTM D4443 Residual Vinyl Chloride Monomer Content ASTM D5511 Anaerobic High-Solids Biodegradation Testing for Plastics ASTM D5338 Aerobic Composting Biodegradation Testing for Plastics ASTM C225 Chemical Attack Resistance Testing for Glass Containers ASTM E96 Water Vapor Transmission Testing for Sheet Materials ASTM D882 Tensile Properties Testing for Plastic Films & Thin Sheeting ASTM D6954: Oxo-Biodegradable Plastics Testing — Complete Guide ASTM D570 Water Absorption Testing for Plastics Coefficient of Friction (COF) Testing for Films, Packaging & Surfaces

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