Product Description
We provide qualitative services for Plastic & Polymer Analysis to our highly reputed clients. It is used for testing plastic as per the requirements of diverse clients. We have our unit equipped with progressive technology and machinery which is used or rendering our services smoothly and efficiently. Plastic & Polymer Analysis stands high on quality, durability, effectiveness and reliability. This has lead to highly increasing demands of our services in the market. We offer it at highly reasonable prices in the market.
We do the Following tests in Plastic & Polymer
- Identification of Plastic Material by DSC
- [ PP, LDPE, HDPE, Polyacetal, PET, PBT, Nylon 6, Nylon 66, Nylon 610, PVC, PS, PMMA)
- % Filler Content & Identification of Filler
- Specific Gravity
- Glass Transition(Tg)
- Heat Capacity
- Melting Peak
- Elongation at Break
- Melt Flow Index
- Flexural Strength
- Izod Impact
Gain clear and thorough insights into polymer composition and properties through our state-of-the-art FTIR and DSC methods. Precise quantitative and qualitative analysis provides essential information for quality assurance, research, and material development. Our service is tailored for various plastic types and applications, ensuring accurate and actionable results.
Reliable Data with Advanced SafetyExperience both accuracy and peace of mind with features like overload protection, auto shut-off, and digital display monitoring. Our equipment operates efficiently between room temperature and 200C, meets rigorous standards for safety, and automatically calibrates to maintain consistent high performance. Enjoy seamless integration with Windows OS and digital reporting for hassle-free documentation.
FAQs of Plastic Polymer Analysis:
Q: How does FTIR Spectroscopy aid in plastic polymer identification?
A: FTIR Spectroscopy detects unique molecular vibrations in polymers, generating distinct spectral fingerprints. This enables fast, accurate identification and differentiation of plastic materials by analyzing their chemical structures.
Q: What is the sample size required for analysis, and how many samples can be processed daily?
A: A minimum of 10 mg of the plastic polymer is needed for each analysis. Our system supports a sample throughput of up to 20 samples per day, ensuring efficient workflow for both small and large-scale testing.
Q: When should I choose Differential Scanning Calorimetry (DSC) for polymer analysis?
A: DSC is ideal when you need detailed thermal property information, such as melting temperature, crystallinity, or glass transition. It is commonly used during polymer development, research, and quality control processes.
Q: Where can I access the analytical data and reports?
A: All results are provided in digital format, compatible with Windows OS. The digital report is easily accessible, ensuring straightforward integration with your laboratory information management systems or preferred data analysis software.
Q: What are the benefits of automatic and manual calibration?
A: Automatic calibration guarantees consistent and accurate results with minimal user input, while manual options allow experienced operators to fine-tune the system for specialized requirements, enhancing data reliability.
Q: How does the system ensure the safety of users and samples?
A: The analysis equipment is equipped with overload protection and auto shut-off mechanisms to prevent overheating or equipment damage, supporting safe, unattended operation even during prolonged use.
Q: What applications is this polymer analysis service suitable for?
A: This service excels in polymer identification, material quality assessment, and research and development projects, aiding industries in product formulation, troubleshooting, and optimization of plastic materials.
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