Extraction System Accessories
Grainger Dust Extraction Attachment 1 W 18 .L
The Tripp Lite 14U132 is a 19-inch rack enclosure cabinet designed for mounting networking, telecommunications, A/V and IT equipment. It features a lockable steel front door, vented steel sides, adjustable mounting rails, and a weight capacity of 200 lbs. This EIA-standard 19-inch rack enclosure comes fully assembled for quick deployment. The dimensions are 24" W x 32" H x 20" D. This rack enclosure ships fully assembled for rapid deployment and has a black powder coat finish. The 14U132 provides a secure, enclosed rack cabinet solution for storing up to 14U of 19-inch rackmount equipment.
Chemglass Life Sciences Extraction Apparatus, Jumbo, Size B
Extraction Apparatus, Jumbo, Size B. Jumbo Soxhlet extraction apparatus equipped with a Duran flange at the top of the extractor. Flange is formed with a groove in the flat portion of the mating surface to accept a PTFE covered silicone o-ring to permit grease free assembly. The adapter between the condenser and extractor has a top outer joint and a Duran flange which attaches to the extractor body with a CG-141 stainless steel clamp. Complete apparatus consists of a condenser, extractor, round bottom flask, adapter, PTFE covered o-ring and clamp. PTFE sleeves and heating mantles must be ordered separately.Extractor Capacity (mL) 1,500 Extractor I.D. (mm) 95 Extractor Flange Size 100 Extractor Lower Joint 45/50 Condenser Length (mm) 400 Paper Thimble Size (mm) 81 x 230 Flask Capacity (mL) 3,000
Fritsch Milling And Sizing Inc Dividing Head Cpl. Pom 8 Samples, L-27
Dividing head made of POM plastic for 8 samples for LABORETTE 27 is recommended for the division of materials and suspensions, which don't produce abrasion at the surface.
Division ratio: 1:8
Number of possible sub-samples: 8
Max. permissible particle size: 10 mm
Max. feed volume: 4,000 ml
Division: dry/wet
Capacity of sample bottles: 25, 250, 500 ml (thread of glass bottles: GL55)
Equipment: The dividing head is delivered with 8 samples bottles 500 ml with screw lid and funnel 10 mm dia. as standard (included in the price of the dividing head).
This dividing head is also available in anodized aluminium, article-number 27.1150.00 for the division of materials and suspensions, which produce abrasion at the surface.
Sigma Organic Chemistry Sand, white quartz | 20G | 14808-60-7 | MFCD00011232 | >=99.995% trace metals basis
Sand, white quartz, 20G
About This Item:
Storage: room temp
EINECS Number: 238-878-4
Sigma Aldrich Fine Chemicals Biosciences fatty Acid Extraction Kit
Lipids are structural components of cell membranes that play a critical role in gene transcription signaling and metabolism. Several lipid species exist in biological systems including phospholipids triglycerides and fatty acids. When extracting fatty acids at normal or high levels such as in food matrices use the MAK338 fatty acid extraction kit. This kit produces stronger signals. If in doubt about which kit to use use MAK338. When extracting fatty acids at low or very low levels such as in cellular matrices use the MAK174 fatty acid extraction kit. The folch method has been conventionally used to extract lipids containing fatty acids from biological samples using chloroform methanol and water to separate lipids from aqueous-soluble compounds. In this procedure lipids are retained in the lower chloroform layer whereas aqueous-soluble compounds are retained in the upper methanol-water layer. The sample is then centrifuged to achieve uniform separation and the bottom chl
Sigma Aldrich Fine Chemicals Biosciences Protein Extraction Reagent
Protein Extraction Reagent Type 4 is a highly premixed prequalified and effective protein solubilization and extraction reagent composed of urea thiourea Trizma(R) and detergent C7BzO (C0856).
Sigma Aldrich Fine Chemicals Biosciences Monocyte Attachment Medium
Monocyte Attachment Medium (Ready-to-use)
Sigma Aldrich Fine Chemicals Biosciences Attachment factor Solution
Promotes attachment and spreading of endothelial cells. It is required for culturing microvascular endothelial cells.