GL45 유리병용 진공 여과장치
Vacuum Filter Holder With GL45 Screwcap
■ 주요특징
■ Borocilicate Glass 3.3
■ Φ47mm Membrane Filter용
■ GL45 Red PBT Screw Cap 부착형
■ 2 Type
- Type 1 : Glass Fritted Support Base Set (40 ~ 60 um)
- Type 2 : Stainless Steel Support Base Set (100 mesh)
■ 300 ml Glass Funnel & 1 L Glass Bottle 기본 포함
Cat. No | Model | Description |
---|
F03-503-400 | 8000067 | Fritted Glass Support Base |
F03-503-450 | 8000068 | Stainless Steel Support Screen |
구성 Component, 47mm Sintered Glass Base SetCat. No | Model | Description |
---|
F03-503-610 | 8358031 | 300 ml Glass Funnel ① |
F03-503-620 | 8358036 | Aluminum Clamp, Φ47 mm ② |
F03-503-460 | 8358084 | Glass Base for GL Screw Cap ③ |
C20-83-209 | KA45 | Quick Disconnect Adapter ⑦ |
B08-83-868 | 1321045 | Red PBT Open Top Cap, GL45 ⑧ |
J02-83-038 | 1334526 | PTFE/Silicon Gasket with Hole ⑨ |
B08-985-139 | 414321940 | Clear Bottle/Laboratory, Simax®/1 L |
구성 Component, 47mm SUS Support Glass Base SetCat. No | Model | Description |
---|
F03-503-610 | 8358031 | 300 ml Glass Funnel ① |
F03-503-620 | 8358036 | Aluminum Clamp, Φ47 mm ② |
F03-503-470 | 8358085 | GL45 Glass Base for Support Screen ④ |
F03-503-640 | 8358038 | SUS 100 Mesh Screen, Φ47 mm ⑤ |
F03-503-650 | 8358040 | PTFE Gasket, Φ47 mm ⑥ |
C20-83-209 | KA45 | Quick Disconnect Adapter ⑦ |
B08-83-868 | 1321045 | Red PBT Open Top Cap, GL45 ⑧ |
J02-83-038 | 1334526 | PTFE/Silicon Gasket with Hole ⑨ |
B08-985-139 | 414321940 | Clear Bottle/Laboratory, Simax®/1 L |
Optional Glass FunnelCat. No | Model | 용량 | Size |
---|
F03-503-680 | 8358033 | 500 ml ⑩ | Φ80×h180 mm |
F03-503-690 | 8358034 | 1 L ⑪ | Φ113×h145 mm |
- Exfoliative cytology applicationsVacuum Filter Holder 용도
- ● Glass Filter Support
- Bacteriological analysis of water (using 47 mm sterile membrane filters) Analysis of suspended solids in water (using 47 mm depth filters)
● PTFE-Faced Funnel and base
- Bacteriological analysis applications where autoclaving filter holder with membrane in place needed
● SUS Filter Support
- Particulate contamination analysis of oils and hydraulic fluids by gravimetric or particulate counting methods