- No products in the cart.
-
PPE Apparel
Masks
-
KN95 Respirator Mask, 4 layers, Box of 50 -LP-KN95-001BOX50
$79.00
-
Harley N95 NIOSH Certified Particulate Respirator Mask, Folder Style 20/Box - L-188
$36.00
-
Lab Pro Mask KN95 (K-N95) Pack of 50 - LP-MASK2-K95 - 40% OFF
$125.00$75.00 -
Lab Pro 3ply Earloop Disposable Mask (Non-Surgical) (Box of 50) - 84% OFF
$57.00$9.00
-
- Chemicals
- Wipes
-
Hand Tools
Hand Tools
-
Excelta Scissors - 346B - Micro Self-Opening - Straight - SS - Blade Length .38" - 346B
$34.73
-
Excelta Scissors - Straight Slim Blade - SS - Blade Length 1.25" - 271
$10.62
-
Hakko CHP PN-20-M Thin, Short Nose Pliers - PN-20-M
$12.77$11.49 -
Excelta Pliers - Forming Dog Leg - Carbon Steel - 907-89B
$346.39
-
- Gloves
-
Swabs and Applicators
Foam Tipped Swabs
-
ESD & Static Control
ESD & Static Control
- Pipettes
-
Furnaces and Ovens
Furnaces and ovens
Cellulose Quantitative filter paper is specially designed for precise gravimetric analysis and quantitative laboratory procedures. Manufactured from high-purity cellulose fibers, it ensures consistent retention and ash content for accurate results. Available in various sizes and grades to suit your needs. For bulk pricing, contact us at 888-4-LABPRO (888-452-2776). Next-day service in California and same-day service for will-calls.
Filtration
Filter Papers
Sartorius Quantitative Papers/ Grade 389 - FT-4-102-125
Sartorius Quantitative Papers/ Grade 389 - FT-4-102-125 These 125 mm diameter medium-fast filtering white dot folded filter papers are used for quantitative & gravimetric analyses as well as for pressure...
Sartorius Quantitative Papers/ Grade 388 - FT-4-101-110
Sartorius Quantitative Papers/ Grade 388 - FT-4-101-110 These 100 mm diameter fast filtering. black dot folded filter papers are used for quantitative and gravimetric analyses as well as for pressure...
Sartorius Quantitative Papers/ Grade 393 - FT-3-127-150
Sartorius Quantitative Papers/ Grade 393 - FT-3-127-150 These 150 mm diameter very slow filtering. purple dot filter paper discs are used for quantitative & gravimetric analyses as well as for...
Sartorius Quantitative Papers/ Grade 392 - FT-3-105-150
Sartorius Quantitative Papers/ Grade 392 - FT-3-105-150 These 150 mm diameter medium fast filtering. red dot filter paper discs are used for quantitative and gravimetric analyses as well as for...
Sartorius Quantitative Papers/ Grade 391 - FT-3-104-150
Sartorius Quantitative Papers/ Grade 391 - FT-3-104-150 These 150 mm diameter very slow filtering. blue dot filter paper discs are used for quantitative and gravimetric analyses as well as for...
Sartorius Quantitative Papers/ Grade 390 - FT-3-103-150
Sartorius Quantitative Papers/ Grade 390 - FT-3-103-150 These 150 mm diameter slow filtering. green dot filter papers discs are used for quantitative and gravimetric analyses as well as for pressure...
Sartorius Quantitative Papers/ Grade 389 - FT-3-102-150
Sartorius Quantitative Papers/ Grade 389 - FT-3-102-150 These 150 mm diameter medium-fast filtering. white dot filter paper discs are used for quantitative and gravimetric analyses as well as for pressure...
Grade CFP542 Cellulose filter paper, Hardened wet-strength, ashless, 2-3µm cut 12.5cm dia, 100/pk Quantitative - CFP542-125
$77.23Grade CFP542 Cellulose filter paper, Hardened wet-strength, ashless, 2-3µm cut 12.5cm dia, 100/pk Quantitative - CFP542-125Grade CFP542 quantitative cellulose filter media is ashless and hardened with increased wet strength. Very...
Grade CFP540 Cellulose filter paper, Hardened wet-strength, ashless, 7-8µm cut 12.5cm dia, 100/pk Quantitative - CFP540-125
$77.23Grade CFP540 Cellulose filter paper, Hardened wet-strength, ashless, 7-8µm cut 12.5cm dia, 100/pk Quantitative - CFP540-125Grade CFP540 quantitative cellulose filter media is ashless and hardened with increased wet strength. Medium...
Grade CFP541 Cellulose filter paper, Hardened wet-strength, ashless, 21-23µm cut 12.5cm dia, 100/pk Quantitative - CFP541-125
$77.05Grade CFP541 Cellulose filter paper, Hardened wet-strength, ashless, 21-23µm cut 12.5cm dia, 100/pk Quantitative - CFP541-125Grade CFP541 quantitative cellulose filter media is ashless and hardened with increased wet strength. Fast...
Sartorius Quantitative Papers/ Grade 388 - FT-3-101-150
Sartorius Quantitative Papers/ Grade 388 - FT-3-101-150 These 150 mm diameter fast filtering. black dot filter paper discs are used for quantitative and gravimetric analyses as well as for pressure...
Sartorius Quantitative Papers/ Grade 388 - FT-3-101-142
Sartorius Quantitative Papers/ Grade 388 - FT-3-101-142 These filter papers are used for quantitative and gravimetric analyses as well as for pressure or vacuum filtration. They are made out of...
Grade CFP542 Cellulose filter paper, Hardened wet-strength, ashless, 2-3µm cut 11.0cm dia, 100/pk Quantitative - CFP542-110
$65.59Grade CFP542 Cellulose filter paper, Hardened wet-strength, ashless, 2-3µm cut 11.0cm dia, 100/pk Quantitative - CFP542-110Grade CFP542 quantitative cellulose filter media is ashless and hardened with increased wet strength. Very...
Grade CFP540 Cellulose filter paper, Hardened wet-strength, ashless, 7-8µm cut 11.0cm dia, 100/pk Quantitative - CFP540-110
$65.59Grade CFP540 Cellulose filter paper, Hardened wet-strength, ashless, 7-8µm cut 11.0cm dia, 100/pk Quantitative - CFP540-110Grade CFP540 quantitative cellulose filter media is ashless and hardened with increased wet strength. Medium...
Grade CFP541 Cellulose filter paper, Hardened wet-strength, ashless, 21-23µm cut 11.0cm dia, 100/pk Quantitative - CFP541-110
$65.38Grade CFP541 Cellulose filter paper, Hardened wet-strength, ashless, 21-23µm cut 11.0cm dia, 100/pk Quantitative - CFP541-110Grade CFP541 quantitative cellulose filter media is ashless and hardened with increased wet strength. Fast...
Grade CFP42 Cellulose filter paper, cut 18.5cm dia. 100 Quantitative grade - CFP42-185
$62.09Grade CFP42 Cellulose filter paper, cut 18.5cm dia. 100 Quantitative grade - CFP42-185Grade CFP42 demonstrates an extremely high retention rate for a cellulose filter media. Its uniquely high retention rate...
