The bottles are moulded from high-purity, amber, USP/EP Type I DURAN® borosilicate glass 3.3, renowned for its excellent thermal performance,
The inherent properties of DURAN PURE 3.3 borosilicate glass bottles and fluoropolymer screw caps can fulfill your requirement matrix.
The storage bottle is constructed with thick walled Boro 3.3 glass for maximum durability. Includes a GL45 Screw Cap SB500 SPECS Capacity: 500 ml Material: Boro
DURAN® GL45 HPLC Bottle, Complete-set with 4× Port PP Screwcap & Seals, 500 & 1,000㎖For od.Φ1.6 & Φ3.2mm Tubes, with Blue Graduation, Boro-glass 3.3,
검색상품 ; 검색상품 · DURAN® Roller Culture Bottle, USP Standard, 2,000 & 3,500㎖With GL45 PP Screwcap & Pouring Ring, Autoclavable, Boro-glass 3.3, 롤러 컬쳐
Mar 8, 2022 Clear Graduation Lines: Square Glass Media Bottle Is White Graduation Lines On The Glass Bottles, Marked Every 100 Ml, Helping You Make More ...
Material: DURAN® glass (Borosilicate glass 3.3, corresponds to USP/EP Type I). Autoclavable: Yes. Vol. 100 ml
5 526 100, Laboratory bottle, round, GL45, DURAN® glass, 100 ml witeg Laboratory bottles with screw cap borosilicate glass 3.3 witeg-Logo.
DURAN® BOROSILCATE 3.3 GLASS: DURAN® original GL 45 Laboratory Bottles are available complete with high ... DURAN® Laboratory Bottle, Square.
Also called marking field, white marking spot or marking square. Material, PP, BORO 3.3. Boro 3.3, Borosilicate glass 3.3 has a very good chemical
Includes a GL45 Screw Cap. SPECIFICATIONS. Capacity, Inner diameter, Dimensions. 100ml
DURAN Media Bottles With Cap & Pouring Ring, Graduated. Media bottles compliant with ISO 4796-1:2000; made from DURAN borosilicate glass 3.3 to ISO 3585:1998;
The inherent properties of DURAN PURE 3.3 borosilicate glass bottles and fluoropolymer screw caps can fulfill your requirement matrix.
The inherent properties of Duran PURE 3.3 borosilicate glass bottles and Material BORO 3.3; Capacity 100 mL; Manufacturers Part Number 818012406 ...
The bottles are moulded from high-purity, amber, USP/EP Type I DURAN® borosilicate glass 3.3, renowned for its excellent thermal performance,