Meter Rule, Plastic Manufacturer,Supplier and Exporter in India
Product Code : SCL-PLE-11643
The polymer meter rule is a 100-centimeter linear measuring instrument designed for precise distance and length quantification in classroom laboratories. Primarily utilized in secondary education for physics, geometry, and technical drawing, it serves students in STEM-focused curricula. Its durable, non-warping construction ensures consistent accuracy for measuring trajectories, wavelengths, and geometric dimensions in high-use educational environments.
Technical Specifications
|
Component/Attribute |
Specification |
|
Material Composition |
High-impact, rigid polymer (Non-shattering) |
|
Total Measurement Length |
1000 Millimeters (1 Meter) |
|
Graduation Increments |
Metric: 1 Millimeter and 1 Centimeter; Imperial: 1/8 Inch (optional) |
|
Scale Printing |
Permanent, UV-cured high-contrast black markings |
|
Standard Width |
Approximately 25 to 30 Millimeters |
|
Standard Thickness |
Approximately 3 to 5 Millimeters |
|
Physical Properties |
Moisture-resistant, warp-resistant, and chemical-tolerant |
|
Edge Design |
Dual-bevelled or flat-edge precision-milled profile |
|
Storage Feature |
Integrated hanging aperture for vertical organization |
Educational Benefits & Features
Feature: High-impact polymer construction.
Benefit: Resolves the issue of structural degradation; unlike wooden rules, this polymer variant resists warping in high-humidity environments and prevents splintering during heavy student use.
Feature: Permanent UV-cured graduations.
Benefit: Eliminates measurement ambiguity; the high-contrast markings resist fading from repeated skin contact or exposure to laboratory cleaning agents like Isopropyl Alcohol.
Feature: Bevelled precision edges.
Benefit: Minimizes parallax error; the slanted edge brings the graduation markings closer to the object being measured, facilitating higher fidelity in student data collection.
Feature: Dielectric material properties.
Benefit: Enhances laboratory safety; being electrically non-conductive, it is suitable for physics experiments involving electrostatics or basic circuit layout without risk of short circuits.
Feature: Integrated hanging aperture.
Benefit: Optimizes laboratory organization; provides a standardized method for vertical storage, preventing surface scratching and ensuring the rule remains flat.
Curriculum Alignment
This precision instrument is engineered to meet the metrology requirements of STEM, TVET, and Next Generation Science Standards (NGSS). It specifically supports benchmarks in "Forces and Motion" and "Engineering Design" by providing the foundational tactile experience required for accurate quantitative observations and spatial modeling.
Why Choose Educational Instrument?
Procuring fundamental measurement tools directly from a specialized Original Equipment Manufacturer (OEM) ensures technical consistency and superior material traceability required for institutional procurement.
Direct Manufacturer (OEM) Advantage: We operate proprietary Research and Development (R&D) and precision injection-molding facilities, maintaining total control over the polymer density and graduation accuracy.
Factory-Direct Pricing: By eliminating intermediary supply chain layers, we provide high-authority diagnostic tools at a cost-efficient price point, maximizing the purchasing power of departmental and institutional budgets.
International Quality Compliance (ISO/CE): Our manufacturing infrastructure is strictly audited, ensuring that all laboratory equipment meets global safety, durability, and non-toxicity directives.
Supply Chain Reliability for Bulk Tenders: We are optimized for high-volume fulfillment, offering consistent hardware specifications and dependable lead times for regional education boards and large-scale government contracts.
