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310298
1.00 mm Half #18 8 USS- Superlasieve
Price: $182.89List Price: $203.21The Newark Wire 8 Inch Dia half test sieve with a #18 nominal opening consists of a 1 mm stainless steel mesh and features a clean, sanitary construction to maintain hygiene. The sieve has a die-stamped design that shows the uniformity and -
24307
F.S.CAP GAMMA-DEX 120 30M .25UM .25MM (C15-1301-623)
Price: $1,230.27List Price: $1,366.97Capillary GC column is also known as open tubular column. The carrier gas flows through the central aperture and is unrestricted throughout the length of the column. -
93738-1ML
gamma-Decalactone
Price: $187.29List Price: $208.10γ-Decalactone is a flavor and fragrance compound, which finds applications in food and beverage industry. Application γ-Decalactone may be used as an analytical reference standard for the quantification of the analyte in fruit beverages -
44542-1ML
gamma-Nonalactone
Price: $246.43List Price: $273.81γ-Nonalactone is a flavor volatile compound, belonging to the group of lactones and is one of the minor chiral compound present in vanilla. Application γ-Nonalactone may be used as an analytical reference standard for the identification -
310019
Sieve 212 um #70 3-inch USS SuperlaSieve
Price: $139.68List Price: $155.19Diameter: 3", height: 1.75" Cover and receiver 8323T90 and T95, not included with sieves, fit all sieve sizes in this series. -
30133404
twin.tec PCR Plate 96, unskirted divisible, blue
Price: $317.79List Price: $353.10Made of both polycarbonate and polypropylene to highlight the best of both materials The polycarbonate frame is extremely robust for ultimate rigidity and torque-resistance. The polypropylene wells are extremely thin to allow optimal heat transfer -
30133331
twin.tec PCR Plate 96, unskirted low profile, blue
Price: $186.26List Price: $206.95Made of both polycarbonate and polypropylene to highlight the best of both materials The polycarbonate frame is extremely robust for ultimate rigidity and torque-resistance. The polypropylene wells are extremely thin to allow optimal heat transfer