Basic Info.
Media Material
Pes/PTFE/PVDF/Nylon/Mce
Color
White/Yellow/ Blue/ Pink/Purple
Package
Bag/PE Can/PE Box
Transport Package
100PCS/Bag
Production Capacity
100000 PCS/Month
Packaging & Delivery
Package Size
45.00cm * 36.00cm * 45.00cm
Package Gross Weight
14.900kg
Product Description
Product Description
Homay Syringe Filter
Homay Syringe Filters are high quality filters, well packaged, and offered at a competitive price. The classic range is available with membranes including Nylon, PTFE, PES,MCE and PVDF, which are supplied in 13mm, 25mm formats in virgin medical polypropylene housings.
BENEFITS
• Application compatibility: broad range of filtration media meets diverse applications needs • Minimum sample hold-up: syringe Filters housings are specifically designed to maximize sample recovery • Convenient: each unit is clearly marked with an identifying code to denote pore size, membrane material • Sterile: filters can be purchased pre-sterilized by Gamma radiation and individually packaged
APPLICATIONS • HPLC sample preparation • Routine QC analysis • Content uniformity • Removal of protein precipitates • Dissolution testing • Food analysis • Biofuel analysis • Environmental samples
| • HPLC certification which guarantees the filters will not produce extraneous peaks in the UV range. |
| • 100% integrity tested with higher burst strength ratings assuring they will perform consistently. |
| • Available in 13 and 25mm sizes and available in steriled too. |
| • 0.45µm for most clarification applications and 0.22 µm when fine particulate removal is required. |
| Other pore size are available in 0.8µm - 5µm. |
• HPLC certification which guarantees the filters will not produce extraneous peaks in the UV range. • 100% integrity tested with higher burst strength ratings assuring they will perform consistently. • Available in 13 and 25mm sizes and available in steriled too. • 0.45µm for most clarification applications and 0.22 µm when fine particulate removal is required. Other pore size are available in 0.8µm - 5µm.