125 mm Filter Papers, for retention of particle size more than 15 um Ashless Quantitative
High-quality laboratory product engineered for reliable performance, accuracy and consistent results.
| Catalog No. | NFP-166-0125 |
| Quantity / Pack | 100 |
| Specification | NA |
| HSN Code | 84213900 |
| Usually Shipped In | 1-2 week |
For lab/research use only, unless otherwise specified.
Buy Simson Chemtech's
125 mm Filter Papers, for retention of particle size more than 15 um Ashless Quantitative
is engineered to deliver reliable performance
and accuracy in laboratory environments.
Ashless Quantitative Filter Papers (125 mm, >15 um retention) are specially designed for analytical applications requiring precise retention of coarse particles with minimal ash residue (<0.01%) after incineration. Made from pure cellulose, these filter papers ensure fast flow rates, high mechanical strength, and reliable particle retention of sizes greater than 15 microns. Commonly used in gravimetric and environmental analyses, these papers come in packs of 100 sheets, ideal for high-throughput laboratories and industrial settings.
Ashless Quantitative Filter Papers (125 mm, >15 um retention) are specially designed for analytical applications requiring precise retention of coarse particles with minimal ash residue (<0.01%) after incineration. Made from pure cellulose, these filter papers ensure fast flow rates, high mechanical strength, and reliable particle retention of sizes greater than 15 microns. Commonly used in gravimetric and environmental analyses, these papers come in packs of 100 sheets, ideal for high-throughput laboratories and industrial settings.
Product Information
- Catalog No: NFP-166-0125
- Quantity / Pack: 100
- Specification: NA
- HSN Code: 84213900
- Shipping: 1-2 week
| Product Name | Filter Papers, for retention of particle size more than 15 um |
| Capacity | 125 mm |
| Type | Ashless Quantitative |
| Catalog Number | NFP-166-0125 |
| Quantity / Pack | 100 |
| Specification | NA |
| HSN | 84213900 |
| Shipping | 1-2 week |
