Glove Tensile Strength Testing

June 12, 2025

by kiyorndlab Blog

Glove Tensile Strength Testingur Business

Glove Performance: The Science Behind Tensile Strength Testing at Kiyo R&D Center & Laboratory

Introduction

Why Is Tensile Strength Testing Critical?

Gloves face constant mechanical stress — from donning and removal to stretching and gripping. Tensile strength defines a glove’s ability to endure such stress without tearing. Inadequate tensile properties can lead to glove failure, compromising user safety and violating industry standards.

Standards That Govern Tensile Strength

To ensure consistency and reliability, Kiyo R&D Center & Laboratory performs tensile testing in accordance with internationally recognized standards:

ASTM D412: This standard evaluates the tensile properties of rubber and elastomeric materials, making it ideal for general-purpose gloves.
ASTM D6319: Specifically designed for nitrile examination gloves, this standard outlines mechanical and physical property requirements for medical-grade products.

These tests aren’t just formalities—they are essential checkpoints in a glove’s journey from design to deployment.

Our Testing Process: From Glove to Data

Kiyo R&D Center & Laboratory follows a meticulous multi-step procedure:

Conditioning: Gloves are stabilized under controlled temperature and humidity to eliminate environmental bias.
Specimen Cutting: Using ASTM-approved dies, we cut glove material into precise dumbbell or ring shapes.
Mechanical Testing: Our advanced universal testing machines apply controlled tensile loads until the glove fails.
Data Capture: Real-time stress-strain data is collected, analyzed, and benchmarked against required specifications.

Key Parameters Measured

During testing, we evaluate:

Tensile Strength (MPa): The peak stress the material withstands before failure.
Elongation at Break (%): How much the glove stretches before it snaps.
Modulus at Defined Strains: How resistant the glove is to stretching at various intervals (100%, 200%).

These metrics provide a clear fingerprint of material quality and consistency.

The Kiyo Advantage in Glove Testing

At Kiyo R&D Center & Laboratory, we combine high-precision equipment with expert knowledge to deliver unmatched testing accuracy. Our services are:

Standard-Compliant: Adhering to ASTM and ISO protocols.
Data-Driven: Delivering comprehensive, easy-to-interpret reports.
Efficient: Capable of high-throughput analysis for large production runs.
Customizable: Tailored solutions for unique glove materials and applications.

We support businesses across medical, pharmaceutical, automotive, and manufacturing sectors, helping them meet product development, regulatory, and quality assurance goals.

From Compliance to Confidence

Tensile strength is more than a number — it’s a guarantee of reliability. It assures end-users that their gloves will perform under real-world conditions. With Kiyo R&D Center & Laboratory as your testing partner, you don’t just meet standards — you exceed expectations.

Conclusion

FAQ

Q1: What does glove tensile strength indicate?

It measures the glove’s ability to resist breaking when stretched, ensuring it performs reliably during use.

Q2: Which standards are followed at Kiyo R&D for glove testing?

We follow ASTM D412 for general rubber gloves and ASTM D6319 for medical-grade nitrile gloves.

Q3: Can Kiyo R&D test different glove materials?

Yes, we test a variety of materials including nitrile, latex, neoprene, and other elastomers.

Q4: What is the difference between ASTM D412 and D6319?

ASTM D412 covers general rubber tensile properties, while ASTM D6319 includes specific requirements for nitrile medical gloves, including aging and elongation tests.

Q5: How fast is the turnaround for test results?

Turnaround time depends on sample volume, but we offer prompt, high-throughput testing with comprehensive reports.

Top Automotive Testing Services in Chennai

June 11, 2025

by kiyorndlab Blog

Top Automotive Testing Services in Chennai

Precision in Motion: How Kiyo R&D Powers the Future of Automotive Innovation

Introduction

Why Materials Testing Is Critical in Automotive Engineering

Modern vehicles rely on a complex interplay of materials—from high-strength polymers to advanced composites and metals. Whether it’s for body panels, seals, under-hood components, or electrical enclosures, these materials must pass stringent quality checks to ensure:

Passenger safety
Performance efficiency
Regulatory compliance
Durability under stress and aging

That’s where Kiyo R&D Center delivers unmatched value.

Specialized Testing for Every Automotive Challenge

At Kiyo, we go beyond routine testing. Our lab is equipped with advanced tools and a skilled team capable of addressing even the most specialized challenges in automotive R&D. Our core service areas include:

🔹 Tensile & Flexural Strength Testing – Confirming mechanical reliability under load.
🔹 Thermal Testing – Including HDT (Heat Deflection Temperature) and VSP (Vicat Softening Point) to simulate high-temperature conditions.
🔹 Impact Resistance & Vibration Testing – Simulating real-world stress to prevent unexpected failures.
🔹 Flammability Testing – Meeting global standards for interior and exterior part safety.
🔹 FTIR, SEM, DSC, and TGA – Providing chemical fingerprinting and microstructural insights.

These services allow automotive manufacturers to develop smarter materials, reduce failure rates, and improve product life cycles.

Quality that Drives Confidence

Kiyo’s testing protocols are aligned with global standards and industry-specific requirements. We ensure:

✅ ISO-compliant procedures
✅ Accurate, reproducible test data
✅ Fast turnaround times for product development cycles
✅ Customized reports and consultations

Our clients trust us not just for testing, but for insights that enhance design, reduce costs, and shorten time-to-market.

Partner with Kiyo for Tomorrow’s Mobility

FAQ

Does Kiyo R&D provide test reports for regulatory submissions?

Yes, we provide detailed, standardized test reports suitable for regulatory, compliance, and quality assurance documentation across various markets.

Is Kiyo R&D equipped for electric vehicle (EV) component testing?

Absolutely. We support testing for EV-related materials, including thermal management systems, insulation materials, and lightweight polymer components.

Can I witness the testing process or get real-time updates?

Yes, we accommodate client witnessing upon request and offer progress updates throughout the testing process to ensure transparency and confidence.

Advanced Polymer Testing In Chennai TamilNadu

June 10, 2025

by kiyorndlab Blog

Advanced Polymer Testing In Chennai TamilNadu

Ensuring Quality, Safety, and Innovation Through Advanced Polymer Testing in Chennai TamilNadu.

Introduction

In the dynamic world of materials science, polymers reign supreme. Their versatility and adaptability have made them indispensable across countless industries, from the intricate components of automobiles and aircraft to the life-saving precision of medical devices and the everyday convenience of consumer goods. However, the success and reliability of these polymer-based applications hinge on one crucial factor: rigorous and comprehensive testing. This is where advanced polymer testing laboratories, such as the esteemed Kiyo R&D Center and Laboratory in Chennai, play a pivotal role in ensuring quality, safety, and driving innovation.

The Cornerstone of Polymer Reliability: Why Testing Matters

Imagine a world where the plastic components in your car failed under stress, or the polymers in medical implants degraded prematurely. The consequences could be catastrophic. Polymer testing acts as the gatekeeper, verifying that these vital materials meet the stringent demands of their intended use. Its significance spans across various critical aspects:

Safety Assurance: Identifying potential weaknesses and ensuring polymers comply with safety regulations, protecting end-users.
Performance Validation: Confirming that materials possess the required mechanical, thermal, and chemical properties for optimal functionality and longevity.
Quality Control: Maintaining consistency in polymer production, minimizing defects, and ensuring batch-to-batch uniformity.
Research and Development Advancement: Providing crucial data and insights to facilitate the development of novel polymers and the enhancement of existing ones.
Regulatory Compliance: Meeting mandatory national and international standards, enabling market access and building consumer confidence.
Failure Analysis and Prevention: Investigating product failures to pinpoint root causes, implement corrective measures, and prevent future incidents.

Without access to sophisticated polymer test lab in Chennai facilities, industries would be navigating uncharted territories, risking product failures, financial losses, and, most importantly, compromising safety.

Kiyo R&D Center and Laboratory: Setting the Standard in Chennai’s Polymer Testing Landscape

Nestled in the industrial heart of Chennai, Kiyo R&D Center and Laboratory has established itself as a leading authority in advanced polymer testing. Their unwavering commitment to quality, cutting-edge technology, and a team of highly qualified experts make them the preferred partner for a diverse range of industries seeking reliable and accurate material evaluation.

A Deep Dive into Kiyo R&D’s Comprehensive Testing Portfolio

Kiyo R&D Center and Laboratory boasts an extensive array of polymer testing services, meticulously designed to address the diverse needs of their clientele. Their state-of-the-art laboratory is equipped with the latest instrumentation to conduct a wide spectrum of analyses:

1. Delving into Strength and Resilience: Mechanical Testing

Understanding a polymer’s response to physical forces is paramount. Kiyo R&D offers a comprehensive suite of mechanical tests, including:

Tensile Testing: Quantifying a material’s strength under stretching forces, its elongation capabilities, and its stiffness. Crucial for applications where the polymer will be subjected to pulling or tensile loads.
Flexural Testing: Assessing a polymer’s resistance to bending, an essential parameter for components like pipes, beams, and flexible housings.
Impact Testing (Izod & Charpy): Evaluating a material’s ability to withstand sudden shocks or impacts without fracturing, vital for safety-critical components.
Hardness Testing (Durometer & Micro Hardness): Measuring a polymer’s resistance to indentation and scratching, indicative of its surface durability and wear resistance.
Compression Testing: Determining a material’s behavior under crushing forces, important for load-bearing applications.
Shear Testing: Assessing a polymer’s strength when subjected to forces acting parallel to its surface.
Tear Resistance Testing: Evaluating a flexible material’s ability to resist tearing, crucial for films, sheets, and fabrics.

2. Unraveling Thermal Behavior: Thermal Analysis

Polymers exhibit unique responses to temperature changes, which significantly impact their processing and end-use performance. Kiyo R&D’s thermal analysis capabilities include:

Melt Flow Index (MFI): Measuring the ease with which a molten thermoplastic polymer flows under specific conditions, critical for optimizing molding and extrusion processes.
Differential Scanning Calorimetry (DSC): Analyzing the thermal transitions of a polymer (e.g., melting point, glass transition temperature, crystallization) to understand its processing characteristics and application temperature range.
Thermogravimetric Analysis (TGA): Determining a polymer’s thermal stability and compositional breakdown by monitoring weight changes as a function of temperature.
Dynamic Mechanical Analysis (DMA): Characterizing the viscoelastic properties of polymers as a function of temperature, frequency, and stress, providing insights into their stiffness, damping, and relaxation behavior.
Heat Deflection Temperature (HDT) / Vicat Softening Point (VSP): Determining the temperature at which a polymer begins to deform under a specific load, indicating its high-temperature performance limitations.

3. Investigating Composition and Interactions: Chemical Analysis

Understanding the chemical makeup and reactivity of polymers is vital for quality control and problem-solving. Kiyo R&D offers a range of chemical analysis services:

Fourier Transform Infrared Spectroscopy (FTIR): Identifying the chemical composition of polymers and detecting the presence of specific functional groups or contaminants.
Elemental Analysis: Determining the elemental composition of a polymer material.
Filler Content Analysis: Quantifying the amount of inorganic fillers present in a polymer composite, which significantly affects its mechanical properties.
Chemical Resistance Testing: Evaluating a polymer’s ability to withstand exposure to various chemicals without degradation.
Spectroscopy (UV-Vis, NMR): Providing further insights into the molecular structure and properties of polymers.
Chromatography (GC-MS, HPLC): Separating and identifying the components of complex polymer mixtures.

4. Tailored Solutions for Specific Needs: Specialized Testing

Recognizing the unique demands of various industries, Kiyo R&D also provides specialized testing services:

Flammability Testing: Assessing a polymer’s resistance to ignition and its burning behavior, crucial for applications where fire safety is paramount.
Accelerated Weathering and UV Degradation: Simulating long-term exposure to environmental factors like sunlight, temperature, and humidity to predict the long-term durability of polymers.
Electrical Properties Testing: Evaluating a polymer’s dielectric strength, resistivity, and other electrical characteristics, essential for electrical and electronic applications.
Ageing Tests: Assessing the long-term performance of polymers under specific temperature and humidity conditions.
Migration Testing: Determining the extent to which substances can migrate from a polymer material into a surrounding medium, important for food packaging and medical devices.

The Kiyo R&D Advantage: Why Partner with Them?

Choosing the right polymer test lab in Chennai is crucial. Kiyo R&D Center and Laboratory offers several compelling advantages:

NABL Accreditation: Their accreditation to ISO/IEC 17025 standards guarantees the highest level of competence and reliability in their testing procedures.
Expert Team: A dedicated team of experienced scientists, engineers, and technicians with in-depth knowledge of polymer science and testing methodologies.
Advanced Infrastructure: A well-equipped laboratory with cutting-edge instrumentation ensures accurate, precise, and repeatable results.
Comprehensive Service Portfolio: A wide range of testing services under one roof simplifies the testing process for clients.
Customer-Focused Approach: They prioritize client needs, offering customized testing solutions, timely results, and expert technical support.
Commitment to Quality: Adherence to stringent quality control measures ensures the integrity and reliability of all test data.
Strategic Location: Based in Chennai, a major industrial hub, providing easy access for businesses across South India.

Driving Innovation and Ensuring Excellence: The Role of Kiyo R&D

In conclusion, advanced polymer testing is an indispensable element in ensuring the reliability, safety, and innovation of polymer-based products. Kiyo R&D Center and Laboratory in Chennai stands at the forefront of this critical field, providing comprehensive, accurate, and accredited testing services to a diverse range of industries. By partnering with Kiyo R&D, businesses can unlock the full potential of their polymer materials, confidently navigate regulatory landscapes, and ultimately deliver high-quality products that meet the evolving demands of the market. For any organization seeking a trusted and expert polymer test lab in Chennai, Kiyo R&D Center and Laboratory is the clear choice for achieving material excellence.

Conclusion

FAQ

1. What is polymer testing and why is it essential?

Polymer testing involves evaluating the physical, mechanical, thermal, chemical, and electrical properties of polymer materials and products. It's essential for ensuring product safety, optimizing performance, maintaining consistent quality, supporting R&D, complying with regulations, and preventing product failures.

2. What types of polymer materials does Kiyo R&D test?

Kiyo R&D tests a wide spectrum of polymer materials, including various thermoplastics (e.g., Polyethylene (PE), Polypropylene (PP), Polyvinyl Chloride (PVC), Polyethylene Terephthalate (PET), Nylon, Acrylonitrile Butadiene Styrene (ABS)), thermosets (e.g., epoxy resins, polyester resins, phenolic resins), elastomers (rubbers), composite materials, and finished polymer products used across diverse industries.

3. Are there specific industry standards that Kiyo R&D adheres to for polymer testing?

Absolutely. Kiyo R&D conducts polymer testing in strict adherence to numerous international and national standards, including those from ASTM (American Society for Testing and Materials), ISO (International Organization for Standardization), BIS (Bureau of Indian Standards), and other industry-specific regulations relevant to sectors like automotive, medical devices, and electronics.

4. What makes Kiyo R&D an "advanced" polymer test lab?

Kiyo R&D is distinguished as an advanced lab due to its possession of state-of-the-art, cutting-edge equipment, its NABL (ISO/IEC 17025) accreditation ensuring global standard compliance, its comprehensive and diverse range of testing services, and the deep expertise of its highly qualified polymer scientists and engineers.

5. Is Kiyo R&D Center and Laboratory an accredited testing facility?

Yes, Kiyo R&D Center and Laboratory holds NABL (National Accreditation Board for Testing and Calibration Laboratories) accreditation. This accreditation confirms their adherence to the ISO/IEC 17025 standard, signifying their technical competence and robust quality management system.

SEM and EDS Analysis Lab in India

June 9, 2025

by kiyorndlab Blog

SEM and EDS Analysis Lab in India

Revealing the Invisible: How SEM & EDS Analysis is Revolutionizing Material Testing in India

Introduction

In today's highly competitive and quality-driven industries, having an in-depth understanding of material properties is not just an advantage—it's essential. This is where SEM (Scanning Electron Microscopy) and EDS (Energy Dispersive X-ray Spectroscopy) come into play. At Kiyo R&D Center & Laboratory, we are proud to offer advanced SEM and EDS analysis services that provide deep insights into a material’s microstructure and elemental composition.

Seeing Beyond the Surface with SEM

Conventional testing methods can only go so far. When your product’s performance depends on microscopic or nanoscopic characteristics, SEM is your answer. By using a focused beam of electrons, SEM creates detailed images of a material’s surface—revealing cracks, defects, phase boundaries, and surface treatments that are otherwise invisible.

Whether you’re developing a new polymer blend, examining a failure point in a metal component, or validating a coating process, SEM imaging gives you the data you need to make informed decisions.

EDS: Unlocking Elemental Clarity

Pairing SEM with EDS analysis gives an added layer of insight. EDS identifies the elemental composition of the materials being scanned, highlighting variations, contaminants, and material mismatches at a microscopic scale.

This is especially valuable in:

Contamination analysis
Alloy verification
Coating and plating thickness inspection
Composite material evaluation

Why Industries Choose Kiyo R&D for SEM and EDS Testing

At Kiyo R&D Center & Laboratory, our mission is to provide clients with accurate, actionable data using world-class instruments and technical expertise. Here’s why clients across India rely on us:

⚙️ State-of-the-Art Equipment – High-resolution SEM with integrated EDS capabilities.
🧪 Cross-Industry Expertise – Trusted by manufacturers in automotive, aerospace, polymers, and electronics.
⏱️ Fast Turnaround Times – Efficient processing to keep your projects on schedule.
📈 Research-Focused Reporting – Detailed, easy-to-understand analysis backed by scientific insight.

Real-World Applications

From R&D to failure analysis and quality control, SEM and EDS analysis play a pivotal role across multiple sectors:

Diagnosing failure in critical machine parts
Ensuring purity in food-contact plastics
Investigating wear patterns in coatings
Studying filler dispersion in composites

Whatever the need, SEM and EDS help turn invisible issues into clear solutions.

Partner with Kiyo R&D Today

FAQ

What is the sample size requirement for SEM/EDS testing?

Samples typically need to be small (under a few centimeters) and dry. Our team can advise you on sample preparation and requirements.

Do I need to coat my sample before SEM analysis?

Non-conductive samples (like plastics or ceramics) usually require a thin conductive coating (e.g., gold or carbon). Kiyo R&D provides this service as part of the analysis process.

How long does SEM and EDS testing take?

Turnaround time depends on the complexity and number of samples, but results are typically available within 3–5 business days.

NABL Certified Labs in India

June 7, 2025

by kiyorndlab Blog

NABL Certified Labs in India

Building India’s Industrial Backbone: The Role of NABL Certified Material Testing Labs

Introduction

In India’s journey toward becoming a global manufacturing powerhouse, the need for quality, precision, and standardization in materials testing is more critical than ever. Whether in automotive, aerospace, packaging, plastics, or electronics, manufacturers need dependable test data to support innovation, safety, and compliance. This is where NABL-certified laboratories—like Kiyo R&D Center & Laboratory—step in as vital enablers of industrial excellence.

What Does NABL Certification Signify?

The National Accreditation Board for Testing and Calibration Laboratories (NABL) accredits labs to internationally benchmarked standards such as ISO/IEC 17025. This certification ensures that the lab operates with:

Qualified personnel
Validated testing methodologies
Traceable calibration of equipment
Strong quality management systems

In short, NABL certification affirms a lab’s technical competence and reliability, enabling industries to trust the results they receive.

The Kiyo Advantage – Where Precision Meets Performance

At Kiyo R&D Center & Laboratory, our NABL-aligned practices are more than just a badge of honor—they’re part of our daily operational DNA. Here’s what sets us apart:

1. Tailored Testing Solutions

We understand that every material and application is unique. Our testing protocols are adapted to reflect real-world usage, industry needs, and international standards.

2. Wide Testing Capabilities

From mechanical strength and thermal resistance to chemical composition and microstructural analysis, our lab is equipped to perform a wide array of tests such as:

Tensile, Flexural, and Impact Testing
Rockwell & Vickers Hardness
Flammability & Thermal Properties (DSC, TGA, HDT/VSP)
Melt Flow Rate, Filler Content & FTIR
SEM Imaging & Failure Analysis

3. Quality that Supports Innovation

Whether you’re developing a new polymer blend or validating a metal component’s heat resistance, our data is accurate, repeatable, and traceable—giving engineers and product developers the confidence to innovate.

Why NABL Certification Matters for Your Business

Working with a NABL-certified lab isn’t just about compliance—it’s about risk reduction and strategic assurance:

Avoid costly product failures with precise material insights
Speed up certifications and approvals with recognized reports
Boost customer confidence by demonstrating commitment to quality

Serving the Nation from Chennai, Delivering Across India

Located in Chennai, Kiyo R&D Center & Laboratory serves a diverse range of clients across India. We are proud to be a part of the ecosystem that strengthens India’s industrial growth through scientific excellence.

Final Thought

FAQ

Can I get testing support for custom R&D projects?

Absolutely. We collaborate closely with clients on R&D, product development, material selection, and failure analysis.

Where is your NABL-certified lab located?

Our facility is based in Chennai, but we serve clients across India with quick turnaround times and expert support.

How can I verify Kiyo’s NABL accreditation?

You can visit the official NABL website and search for Kiyo R&D Center & Laboratory in the list of accredited labs by discipline.

Burst Strength as Per MS 343-16

June 6, 2025

by kiyorndlab Blog

Burst Strength as Per MS 343-16

Why Burst Strength Testing is Essential for Quality Control – Insights from MS 343-16 Compliance

Introduction

Understanding the Importance of Burst Strength

Burst strength refers to the pressure a material can endure before rupturing. This property is vital for materials exposed to internal or external pressure, such as:

Corrugated packaging for shipping
Rubber diaphragms and seals
Non-woven fabrics used in medical and industrial filters
Polymer sheets and liners

If a material fails under stress, it can result in costly downtime, product recalls, or even safety hazards. That’s where Burst Strength Testing steps in—offering predictive insight into material performance.

The MS 343-16 Advantage

At Kiyo R&D Center & Laboratory, we perform burst strength testing in strict adherence to MS 343-16, the Malaysian standard that outlines the correct methodology and conditions for the test. Compliance with this standard provides:

Repeatable and standardized results
Benchmark data for quality control
Assurance for both domestic and international markets

By following MS 343-16, manufacturers can gain confidence that their testing is both valid and recognized by regulatory bodies.

Use Cases Across Industries

Industries that benefit from burst strength testing include:

🏷️ Packaging: Ensuring boxes and cartons don’t collapse during stacking or transit
🚗 Automotive: Validating rubber seals and gaskets used in high-pressure systems
🧵 Textiles: Testing industrial fabrics that serve as filters or barriers
🧴 Plastics & Films: Evaluating strength of thin polymer sheets used in manufacturing

This test is especially useful for R&D teams developing new formulations or materials, as it helps predict product behavior in real-world applications.

Why Choose Kiyo for Burst Strength Testing?

Kiyo R&D Center is a trusted name in precision materials testing. Our fully-equipped laboratory, adherence to recognized standards, and fast, dependable reporting make us the preferred choice for quality-conscious manufacturers.

Our key strengths:

✅ Testing as per MS 343-16
✅ Trained lab technicians and calibrated instruments
✅ Supportive consultation for material improvement
✅ Results that support certification and compliance

Conclusion: Build Quality with Confidence

FAQ

What industries benefit from burst strength testing?

Industries such as packaging, rubber and plastics manufacturing, automotive, medical textiles, and industrial filtration benefit greatly from burst strength testing.

How long does the testing process take?

Turnaround time varies based on sample volume and test complexity. Kiyo R&D Center offers efficient processing while maintaining test accuracy.

What information is included in the test report?

Our test report includes burst strength values, test conditions, standard references (MS 343-16), sample descriptions, and technical observations.

NABL Accredited Labs in Tamilnadu

June 5, 2025

by kiyorndlab Blog

NABL Accredited Labs in Tamilnadu

How NABL Accredited Labs Are Powering Industrial Growth in Tamil Nadu

Introduction

🧪 Why Accreditation Matters More Than Ever

In today’s globalized economy, customers and regulators demand transparency and trust. NABL accreditation, based on ISO/IEC 17025 standards, ensures that testing laboratories meet stringent quality protocols and deliver accurate, reproducible results.

For industries in Tamil Nadu, working with NABL accredited labs like Kiyo R&D Center & Laboratory is not just a preference — it’s a necessity for:

Meeting international standards
Securing certifications for export
Strengthening R&D processes
Avoiding costly product recalls or compliance issues

🔬 Kiyo R&D: A Leader in Precision Testing

As a NABL accredited lab, Kiyo R&D Center & Laboratory offers a comprehensive suite of services across plastics, rubber, and metals testing. Our facility is equipped with advanced instruments and managed by experienced scientists who follow globally recognized protocols.

Key services include:

Thermal Analysis (DSC, TGA, HDT, VSP)
Mechanical Testing (Tensile, Flexural, Impact, Vibration)
Chemical Characterization (FTIR, SEM, Ash Content)
Flammability & Melt Flow Rate Testing

Each report generated at Kiyo is backed by traceable standards, enabling confident decision-making for manufacturers, OEMs, and research organizations.

🏭 Serving Tamil Nadu’s Core Industries

From Coimbatore’s engineering clusters to Chennai’s automotive belt, NABL accredited labs support diverse industries:

Automotive – Testing components for strength, durability, and safety
Plastics & Packaging – Verifying material properties and thermal performance
Textiles & Polymers – Assessing chemical compatibility and thermal resistance
Construction & Infrastructure – Supporting materials approval and compliance

🤝 Building Customer Trust Through Transparency

Customers trust data when it’s backed by a name they can rely on. NABL accreditation enhances your credibility — whether you’re submitting regulatory reports, bidding for contracts, or releasing new products. By partnering with a certified lab like Kiyo R&D, businesses can ensure:

Traceability of results
Standardized procedures
High reproducibility and comparability
Faster approval cycles

🚀 Conclusion: A Testing Partner for the Future

FAQ

What types of tests does Kiyo R&D perform?

We offer mechanical, chemical, and thermal tests including tensile, impact, SEM, FTIR, TGA, DSC, HDT, MFR, and more.

Are NABL test reports valid internationally?

Yes, NABL is part of ILAC-MRA, so its accredited reports are globally recognized for exports and certifications.

How do I verify a lab’s NABL accreditation?

You can verify a lab’s accreditation on the official NABL website or request certification details from the lab.

NABL Lab for Rubber Testing

June 4, 2025

by kiyorndlab Blog

NABL Lab for Rubber Testing

Precision in Every Sample: Kiyo R&D Center – Leading NABL Accredited Rubber Testing Lab in India

Introduction

In industries where rubber is a critical component—such as automotive, aerospace, medical devices, and infrastructure—the margin for error is slim. Each product must endure rigorous environmental, mechanical, and chemical conditions. To ensure rubber components meet industry and regulatory standards, companies must rely on NABL accredited rubber testing labs that combine technical accuracy with regulatory reliability. For businesses and manufacturers looking for the best rubber testing labs in Chennai, one name consistently stands out: Kiyo R&D Center & Laboratory.

Setting the Benchmark in Rubber Testing

Kiyo R&D Center & Laboratory is a premier NABL accredited testing facility in India, offering comprehensive rubber analysis using state-of-the-art instrumentation. The lab supports everything from product development and quality control to failure analysis and regulatory certification.

Located conveniently for southern India’s industrial zones, Kiyo is the trusted partner for companies seeking world-class rubber testing labs in Chennai.

Why NABL Accreditation Matters for Rubber Testing?

NABL accreditation is a symbol of excellence. It ensures that a lab adheres to ISO/IEC 17025 standards, demonstrating competence in testing methodologies, staff expertise, instrument calibration, and result accuracy. For clients, this translates into reliable data, reproducible results, and international acceptance.

Whether validating a new compound or investigating a material failure, NABL accreditation gives clients the confidence that every result from Kiyo R&D is technically sound and globally recognized.

Rubber Testing Services at Kiyo R&D Center

Kiyo R&D offers a full suite of rubber testing services across physical, chemical, and environmental domains:

Mechanical Testing

Tensile Strength & Elongation
Tear Resistance
Compression Set
Hardness (Shore A & D)

Environmental Aging

Ozone Resistance
Heat Aging
UV Stability
Low-Temperature Brittleness

Chemical Characterization

FTIR Analysis
Ash Content
Filler Quantification
Density & Specific Gravity

Thermal Analysis

TGA (Thermogravimetric Analysis)
DSC (Differential Scanning Calorimetry)

Impact & Dynamic Performance

Resilience Testing
Vibration Simulation
Drop and Impact Testing

These services are critical for developing high-performance rubber materials that endure in real-world conditions.

Ideal for Businesses Seeking Rubber Testing Labs in Chennai

Chennai is one of India’s leading manufacturing hubs, with robust activity in automotive, electronics, medical, and consumer goods. Kiyo R&D Center, with its location advantage and industry-ready services, is uniquely positioned to serve businesses searching for rubber testing labs in Chennai.

Whether you’re an OEM, supplier, exporter, or product designer, Kiyo R&D offers tailored testing strategies that align with your operational goals.

What Sets Kiyo R&D Apart?

NABL Accreditation ensures trustworthy, validated results.
Modern Infrastructure with precision instruments and expert analysts.
Rapid Turnaround Times to support fast-paced production schedules.
Flexible, Custom Testing Protocols for R&D and niche applications.
Detailed, Actionable Reporting with insights for product improvement.

Conclusion: Elevate Your Rubber Testing Standards with Kiyo R&D

FAQ

1. What industries benefit from rubber testing at Kiyo R&D Center?

Industries such as automotive, aerospace, electronics, medical devices, footwear, and construction rely on rubber testing to ensure durability, safety, and compliance.

2. Does Kiyo R&D test both natural and synthetic rubber?

Yes, Kiyo R&D is equipped to test a wide variety of rubber types, including natural rubber, nitrile rubber (NBR), EPDM, silicone rubber, and more.

3. Can Kiyo R&D help in failure analysis of rubber components?

Yes, Kiyo R&D specializes in failure analysis using techniques like FTIR, TGA, and tensile testing to identify causes of material degradation or failure.

Immersion Shrinkage as per MS 343-16

June 3, 2025

by kiyorndlab Blog

Immersion Shrinkage as per MS 343-16

Understanding Immersion Shrinkage: Why It Matters and How MS 343-16 Sets the Standard

Introduction

When it comes to fabric and textile performance, there’s one often-overlooked property that can significantly affect product quality: immersion shrinkage. It may sound technical, but for manufacturers, it’s a vital test that answers a simple question: Will this fabric hold its shape when exposed to water? At Kiyo R&D Center & Laboratory, we specialize in testing materials to industry standards, and immersion shrinkage is no exception. We perform this test according to the MS 343-16 standard, ensuring that your results are not just accurate—they’re also internationally recognized.

What Is Immersion Shrinkage?

Immersion shrinkage refers to the reduction in a fabric’s dimensions after being soaked in water for a specified time and temperature. Why does this matter? Because it simulates real-world conditions—such as washing or exposure to moisture—and helps predict how a fabric will behave over time.

In industries where precision and quality control are essential, like apparel, automotive interiors, or technical textiles, this kind of testing helps you:

Avoid customer complaints about sizing or fit
Optimize material blends for stability
Ensure compliance with national and international specifications

Why Use MS 343-16?

The MS 343-16 standard, developed in Malaysia, is a benchmark for immersion shrinkage testing. It defines the test procedure clearly—how to condition, immerse, and measure fabric samples—to ensure consistency and reproducibility.

At Kiyo R&D, we adhere to every step of this standard, delivering:

Repeatable data across batches
Confidence in product specifications
Traceable, quality-controlled reporting

Who Needs This Test?

If you’re working with:

Woven or knitted fabrics
Technical or performance textiles
Uniforms, industrial wear, or fashion garments

…you need to know how your materials react to water. Shrinkage not only affects dimensions but also appearance, fit, and durability.

Partnering with Kiyo R&D

Our laboratory is equipped to test a wide variety of materials, and our team has extensive experience working with local and international manufacturers. Whether you’re in early R&D or final production checks, our immersion shrinkage testing services provide reliable insights you can act on.

Ready to test your materials the right way?

FAQ

Q1: How are the results reported?

A: Results are typically provided as a percentage change in length and width, indicating the degree of shrinkage after immersion.

Q2: How long does the test take?

A: The duration varies, but testing usually involves a 30-minute to 24-hour immersion period, followed by conditioning and measurement.

Q3: Does this test simulate real washing conditions?

A: It simulates controlled exposure to water, which helps predict how fabrics will behave during laundering or use in humid environments.

Heat Aging Test as per MS 300-32

June 2, 2025

by kiyorndlab Blog

Heat Aging Test as per MS 300-32

🛡️ Heat Aging Testing per MS 300-32: Safeguarding Product Lifespan with Thermal Endurance

Introduction

In industries where materials are exposed to high temperatures—whether under the hood of a car or inside an electrical enclosure—thermal stability becomes a critical quality factor. That’s where Heat Aging testing as per MS 300-32 becomes an essential checkpoint in the product validation process. At Kiyo R&D Center & Laboratory, we deliver precise and reliable heat aging tests aligned with MS 300-32 standards, offering our clients peace of mind when it comes to material longevity and performance integrity.

🧠 Why Heat Aging Matters

Heat doesn’t just change temperature—it changes material behavior. Over time, plastics, rubbers, and elastomers degrade under thermal exposure. This degradation can result in:

Mechanical failure
Loss of insulation properties
Cracks or brittleness
Color and appearance changes

These effects could compromise product safety, performance, or compliance. Heat aging testing is a proactive quality assurance method that helps identify weaknesses before they result in real-world failures.

🔧 Inside the MS 300-32 Standard

The MS 300-32 standard defines a uniform procedure for evaluating heat aging resistance in polymers. It outlines:

Oven type and temperature accuracy
Aging duration (often 96h, 168h, or more)
Pre- and post-aging measurements such as:
- Tensile strength
- Elongation
- Hardness
- Surface condition

The test ensures that materials used in critical applications can withstand operational heat without significant loss of functionality.

🧪 What Makes Kiyo R&D Different?

Our state-of-the-art hot air ovens, meticulous sample handling, and test reporting ensure that every result you receive is accurate, traceable, and repeatable. Key advantages include:

Strict adherence to MS 300-32
Quick turnaround times
Integrated mechanical testing (post-aging)
Expert support for interpreting results

Whether you’re a Tier 1 automotive supplier or a plastics manufacturer, Kiyo provides the testing assurance needed to launch and maintain high-quality products.

🏭 Use Cases Across Industries

Heat Aging is crucial in a wide range of applications:

Automotive: seals, hoses, insulation, under-hood parts
Electrical: switchgear components, wiring insulations
Appliances: handles, gaskets, internal housings
Industrial: enclosures, seals, and couplings

Testing materials to MS 300-32 helps ensure these products maintain their function, form, and safety—year after year.

📈 Real-World Impact

Heat aging testing isn’t just a box to check—it protects your brand reputation. It demonstrates that your product is built to last in real conditions, not just in ideal lab environments.

By validating thermal endurance, manufacturers can:

Reduce warranty claims
Extend service life
Improve customer satisfaction
Achieve regulatory and industry compliance

🧾 Final Word

At Kiyo R&D, we don’t just test materials—we protect performance.
With Heat Aging as per MS 300-32, your product development is backed by solid science and proven procedures.

Let our expertise support your innovation journey.
“Enduring Quality, Proven by Heat – MS 300-32 Heat Aging You Can Trust.”

FAQ

Q1: How is the test conducted?

A: Samples are placed in a hot air oven at a specified temperature for a defined time. After aging, they are evaluated for changes in tensile strength, elongation, hardness, and visual appearance.

Q2: What kind of equipment is used?

A: Precision-controlled hot air ovens with uniform temperature distribution and compliance to MS 300-32 specifications are used for accurate testing.

Q3: What results can I expect?

A: A comprehensive report detailing pre- and post-aging mechanical properties, visual observations, and pass/fail assessments based on your application standards.