microflit Vacuum Filtration Manifold 3-Branch

microflit Vacuum Filtration Manifold 3-Branch Specification

Type
Laboratory Filtration Apparatus

Size
Standard Sizes

Filter Type
Vacuum Filtration

Filtration Grade
Ultra

Product Type
Vacuum Filtration Manifold 3-Branch

Medium
Glass or Stainless Steel (Standard)

Automation
Manual

Weight
Approx. 2.5 kg Kilograms (kg)

Color
Metallic/Transparent (depending on model)

Warranty
Yes

Compatibility
Compatible with membrane filters

Inlet Connection
Standard Vacuum Hose Nozzle

Material of Construction
Borosilicate Glass / Stainless Steel

Number of Branches
3

Maximum Operating Pressure
-0.09 MPa

Applications
Water Quality Testing, Beverage & Pharmaceutical Labs, Academic Research

Base Diameter (each branch)
47 mm or 50 mm available

Branch Stopcock Type
PTFE/Glass

About microflit Vacuum Filtration Manifold 3-Branch

Find unparalleled efficiency with our Vacuum Filtration Manifold 3-Branch, purpose-built for elite laboratory filtration applications. Constructed from scarce borosilicate glass and premium stainless steel, this noteworthy apparatus is engineered for ultra-grade performance in water quality testing, pharmaceutical, and academic research. Unlock unprecedented filtration with three independent branches, each compatible with various membrane filters, and precision PTFE or glass stopcocks. The manifold supports standard vacuum hose connections, ensuring broad usability. Its manual operation and robust design offer reliability and flexibility, making it an indispensable asset for discerning Indian labs.

Elite Filtration for Laboratories

The Vacuum Filtration Manifold 3-Branch is specially crafted for water quality analysis, pharmaceutical and beverage labs, and academic research. Each branch accommodates either 47 mm or 50 mm diameter bases, allowing simultaneous multiple-sample processing. Noteworthy advantages include compatibility with both glass and stainless-steel mediums and ultra-filtration grade results, making it the tool of choice for top-tier professionals. Its scarcity in the market underscores its unique value in achieving accurate, reproducible outcomes.

Clear Transaction Policies and Swift Dispatch

Payment terms for the Vacuum Filtration Manifold offer flexibilitywith options like advance payment or account creditensuring seamless transactions. Freight charges are set at a competitive rate and products are securely dispatched within the promised delivery time frame. Standard delivery occurs within 710 business days after order confirmation. A transparent sample policy enables qualified buyers to review the product before larger commitments, supporting informed decisions with minimal risk.

FAQs of Vacuum Filtration Manifold 3-Branch:

Q: How does the Vacuum Filtration Manifold 3-Branch improve laboratory efficiency?

A: The three-branch design enables simultaneous filtration of multiple samples, substantially reducing processing time and optimizing workflow for busy labs.

Q: What materials are used in the construction of this manifold?

A: The apparatus is manufactured using premium borosilicate glass and stainless steel, which ensure chemical resistance and long-term durability.

Q: When should I consider using this manifold over single-branch alternatives?

A: This manifold is ideal when your workflow demands high-throughput filtration, such as in quality control, research institutions, or industrial testing environments.

Q: What is the procedure for setting up the manifold?

A: Simply attach it to a vacuum source via the standard hose nozzle, place the suitable membrane filter on each branch, and secure your samples. Adjust the PTFE or glass stopcocks to regulate flow as needed.

Q: Where can this manifold be utilized effectively?

A: It excels in settings such as water testing laboratories, beverage and pharmaceutical industries, and educational research environments throughout India.

Q: What are the benefits of using PTFE or glass stopcocks?

A: PTFE and glass stopcocks provide excellent chemical resistance and smooth operation, minimizing contamination and ensuring reliable sample handling.

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