Premium-grade 8255 PPI Study Card designed for accurate data recording and lab documentation. Durable, high-contrast print for clear visibility and long-term use.
Original price was: ₹3,100.00.₹2,170.00Current price is: ₹2,170.00.
Material – High-grade laminated paper
Grade – Research-grade
Application – Data logging, experimental documentation, study reference
The 8255 PPI Study Card is an essential tool for researchers, students, and educators who require precision in data recording and experimental documentation. Engineered with high-grade laminated paper, this study card ensures durability against frequent handling, spills, and environmental wear, making it ideal for long-term use in demanding lab settings. The high-contrast print enhances readability, reducing eye strain during extended study or research sessions. Its research-grade classification guarantees compatibility with standard lab protocols, ensuring accurate and reliable data logging. The card’s compact yet functional design allows for easy storage in lab coats, notebooks, or experiment kits, while its lightweight construction ensures portability without compromising sturdiness. Whether used for quick reference during experiments or as a structured template for documenting procedures, the 8255 PPI Study Card streamlines workflow efficiency by minimizing errors in transcription. The laminated surface also permits the use of dry-erase markers for temporary annotations, adding versatility to its application. Designed to meet the rigorous demands of academic and professional research environments, this study card is a cost-effective solution for maintaining organized, legible, and accessible records.
The study card is constructed from high-grade laminated paper, which provides resistance to moisture, tears, and general wear. This ensures longevity even with frequent use in lab conditions.
While you can use a regular ballpoint pen for permanent notes, the laminated surface is also compatible with dry-erase markers for temporary annotations that can be wiped clean.
Yes, the laminated coating protects the card from humidity and minor spills, making it well-suited for most lab environments without risk of warping or smudging.
The 8255 PPI Study Card is designed for general lab use. For chemical-resistant options, consider polypropylene-based cards, though they may differ in print clarity and flexibility.
Store the card in a flat, dry place away from direct sunlight or extreme temperatures. Avoid folding or creasing to maintain the integrity of the laminated surface and print quality.
This premium AC/DC Power Supply offers stable, variable voltage essential for precise experimentation. A reliable benchtop unit designed for diverse laboratory applications. Ideal for students and educators.
This high-quality, laboratory-grade transformer ensures stable and reliable power for Sodium Vapour Lamps. Ideal for various lab applications, providing consistent performance for critical experiments and educational demonstrations.
Our meter bridges are precision-built for school, college, and laboratory experiments based on the Wheatstone bridge principle.
Our optical benches provide a sturdy platform for conducting various optics experiments, ideal for school, college, and research laboratories.
Our Maxwell needle apparatus is designed for physics laboratories to perform the Maxwell needle experiment, helping students and researchers determine the modulus of rigidity of materials.
Original price was: ₹3,100.00.₹2,170.00Current price is: ₹2,170.00.
Premium-grade 8255 PPI Study Card designed for accurate data recording and lab documentation. Durable, high-contrast print for clear visibility and long-term use.
Material – High-grade laminated paper
Grade – Research-grade
Application – Data logging, experimental documentation, study reference
The 8255 PPI Study Card is an essential tool for researchers, students, and educators who require precision in data recording and experimental documentation. Engineered with high-grade laminated paper, this study card ensures durability against frequent handling, spills, and environmental wear, making it ideal for long-term use in demanding lab settings. The high-contrast print enhances readability, reducing eye strain during extended study or research sessions. Its research-grade classification guarantees compatibility with standard lab protocols, ensuring accurate and reliable data logging. The card’s compact yet functional design allows for easy storage in lab coats, notebooks, or experiment kits, while its lightweight construction ensures portability without compromising sturdiness. Whether used for quick reference during experiments or as a structured template for documenting procedures, the 8255 PPI Study Card streamlines workflow efficiency by minimizing errors in transcription. The laminated surface also permits the use of dry-erase markers for temporary annotations, adding versatility to its application. Designed to meet the rigorous demands of academic and professional research environments, this study card is a cost-effective solution for maintaining organized, legible, and accessible records.
The study card is constructed from high-grade laminated paper, which provides resistance to moisture, tears, and general wear. This ensures longevity even with frequent use in lab conditions.
While you can use a regular ballpoint pen for permanent notes, the laminated surface is also compatible with dry-erase markers for temporary annotations that can be wiped clean.
Yes, the laminated coating protects the card from humidity and minor spills, making it well-suited for most lab environments without risk of warping or smudging.
The 8255 PPI Study Card is designed for general lab use. For chemical-resistant options, consider polypropylene-based cards, though they may differ in print clarity and flexibility.
Store the card in a flat, dry place away from direct sunlight or extreme temperatures. Avoid folding or creasing to maintain the integrity of the laminated surface and print quality.
This high-quality, laboratory-grade transformer ensures stable and reliable power for Sodium Vapour Lamps. Ideal for various lab applications, providing consistent performance for critical experiments and educational demonstrations.
Our Welch Type tuning forks are precision instruments designed for physics experiments, medical diagnostics, and acoustic research. Made from high-grade steel for consistent frequency output, they are available individually or as complete tuning fork sets, making them ideal for schools, colleges, and research labs.
Our Maxwell needle apparatus is designed for physics laboratories to perform the Maxwell needle experiment, helping students and researchers determine the modulus of rigidity of materials.
Our stainless steel sieves are designed for accurate particle size separation and filtration in laboratories, industries, and kitchens. Crafted from food-grade stainless steel, they are resistant to corrosion, easy to clean, and available in multiple mesh sizes for different applications.
Our micropipettes deliver high accuracy and ergonomic comfort for precise liquid transfer. Popular in molecular biology, microbiology, diagnostics, and research labs, these pipettes are available in fixed and variable volume ranges, including 10–100 µl, 100–1000 µl, and up to 5000 µl capacities.
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