Call Us : 08071781050

Change Language

Send Inquiry

Request To Call Back

Microbial H-Cell (100 mL)

Get a Price/Quote

Microbial H-Cell (100 mL) Specification

Purity
>99% (Borosilicate Glass)

Hardness
High (Borosilicate Standard)

Strength
Chemically Resistant, Mechanically Sturdy

Product Type
H-Cell Reactor for Microbial/Electrochemical Applications

Material
Borosilicate Glass, Glass Frit

Alloy
None (Non-Metallic Construction)

Shape
H-Type (Dual Chamber Cylinder Joined With Bridge)

Moisture
Moisture-Proof, Non-Absorbent Material

Chemical Composition
Borosilicate Glass, Silicone Grease Seals, Glass Frit, Rubber Stoppers

Application
Microbial Fuel Cell Studies, Bioelectrochemistry, Laboratory R&D, Electrochemical Experiments

Dimension (L*W*H)
Cylinder Sections; Each side approx. 8 cm Height, 5.5 cm Diameter (Total Volume 100 mL)

Color
Transparent with Clear View

Membrane Support
Porous Glass Frit Bridge Between Chambers

Port Configuration
Multiple Port Openings for Electrodes or Sampling

Laboratory Certification
Laboratory Grade (Standard Quality Assurance)

Accessories Included
Rubber Stoppers, Glass Connectors

Electrical Isolation
Superior; Individual Chamber Isolation via Glass Bridge

Reusability
Autoclavable & Washable

Sealing Method
Silicone Grease and Rubber Bung Stoppers

Volume Capacity
100 mL (50 mL per Chamber)

Temperature Tolerance
-20°C to 200°C (Glass Body)

Compatible Electrodes
Carbon, Platinum, or Custom Electrodes

Microbial H-Cell (100 mL) Trade Information

Delivery Time
15 Days

Main Export Market(s)
Asia

Main Domestic Market
All India

Microbial H-Cell (100 mL) About

Experience the paragon of laboratory innovation with our Microbial H-Cell (100 mL) - now highlighted in our clearance event! This glorious dual-chamber cylinder features superior glass frit isolation, premium borosilicate build with >99% purity, and outstanding chemical resistance for reliable microbial fuel cell studies. Valuable attributes include multiple port openings, exceptional temperature tolerance (-20C to 200C), and autoclavable reusability. Grab yours now and benefit from laboratory-grade quality, robust strength, transparent inspection, moisture-proof construction, and seamless compatibility with carbon, platinum, or custom electrodes. Ideal for researchers, distributors, and suppliers across the United States.

Optimized Use, Unique Features & Unmatched Advantages

To use the Microbial H-Cell (100 mL), simply assemble your electrodes via the multiple ports, apply silicone grease and rubber bung stoppers to ensure air-tightness, and connect the chambers using the glass frit bridge. This device boasts extra features like individual chamber isolation, reusability, and high chemical resistance. Its main advantages include superior electrical isolation, moisture-proof structure, and easy cleaning, making it an optimal choice for microbial fuel cell and electrochemical research.

Streamlined Logistics & Packaging for United States Markets

Our Microbial H-Cell (100 mL) is distributed across the main domestic markets of the United States, with a dedicated logistics network ensuring swift arrival upon order completion. Sample policies are available for select clients, and each H-Cell is securely packaged in moisture-proof, shock-resistant containers. Orders are carefully tracked from confirmation through delivery, guaranteeing safe and reliable receipt for manufacturers, retailers, and traders nationwide.

FAQ's of Microbial H-Cell (100 mL):

Q: How should the Microbial H-Cell (100 mL) be assembled and used in experiments?

A: To assemble the Microbial H-Cell, insert compatible electrodes through the multiple ports, ensure a tight seal using silicone grease and rubber stoppers, and connect the chambers with the porous glass frit bridge. The assembled cell is ideal for microbial fuel cell and bioelectrochemical applications.

Q: What are the main advantages of using this H-Cell in laboratory research?

A: The main advantages include superior electrical chamber isolation, chemically resistant borosilicate glass construction, reusability through autoclaving, and transparent chambers for clear observation, making it highly reliable and durable for extensive laboratory research.

Q: When can users expect their order to arrive after purchasing this H-Cell?

A: Orders are typically processed promptly, with logistics in place to ensure swift and secure delivery. Customers in the United States can anticipate timely arrival based on their selected shipping method and location.

Q: Where is the Microbial H-Cell (100 mL) available for distribution and who can order it?

A: The H-Cell is available for distribution throughout the United States and can be ordered by laboratories, research institutions, distributors, manufacturers, retailers, suppliers, and traders.

Q: How does the electrical isolation feature benefit electrochemical experiments?

A: The glass frit bridge between chambers provides independent electrical isolation, which prevents cross-contamination of signals and enhances the accuracy of electrochemical and microbial cell studies.

Q: What packaging and sample policies are offered for this product?

A: Each H-Cell is packaged in protective, moisture-proof containers. Sample policies are offered to qualifying clients, with full support from initial inquiry through logistics and order completion.

Tell us about your requirement

Price:

Quantity

Select Unit

50
100
200
250
500
1000+

Additional detail

Mobile number

More Products in Fuel Cell products Category

1-Cell Rebuildable PEM Electrolyzer Kit

Application : Other, Hydrogen generation, lab experiments, academic demonstration, fuel cell education

Color : Silver/Transparent (cell hardware is metallic and membrane is semitransparent)

Material : Platinum, Nafion, Stainless steel, Acrylic

Dimension (L*W*H) : Approx. 9 cm x 9 cm x 2.5 cm

Shape : Other, Rectangular module

Chemical Composition : Electrodes: Platinum coated; Membrane: Nafion; Hardware: Stainless steel and acrylic

Get a Price/Quote

Fuel Cell Concept Car & Gas Station

Application : Other, Automotive transportation; demonstration of hydrogen infrastructure

Color : White, blue, and metallic accents

Material : Aluminum alloy, carbon fiber, highdensity polymers, PEM fuel cell stack

Dimension (L*W*H) : Car: 4300mm x 1800mm x 1550mm; Gas Station: 8000mm x 4000mm x 3500mm

Shape : Other, Aerodynamic car body, rectangular station

Chemical Composition : Hydrogen fuel cell (PEM), aluminum, carbon fiber, composite plastics

Get a Price/Quote

Microbial H-Cell (1 L)

Application : Other, Electrochemical research, microbial fuel cell studies, biochemistry experiments

Color : Transparent (Clear Glass); Black (Central Cap And Sleeves)

Material : Highquality borosilicate glass, Polypropylene

Dimension (L*W*H) : Length: Approx. 17 cm; Diameter: Approx. 10 cm; Volume: 1 L total

Shape : Other, Cylindrical main chambers with flat bottom

Chemical Composition : Borosilicate glass for main chamber; Polypropylene caps and seals

Get a Price/Quote

Solid Anode Electrolyte Planar Bi-Layer - 5 x 5cm

Application : Other, Solid oxide fuel cells (SOFC), electrochemistry research, materials testing

Color : White (Electrolyte), GreySilver (Anode) Bilayer format

Material : Ceramic Electrolyte + Metal Oxide Anode

Dimension (L*W*H) : 5 cm 5 cm, thickness per layer typically 0.21 mm (customizable) Centimeter (cm)

Shape : Other

Chemical Composition : Anode layer: Metal oxide (e.g., Ni, Co, Fe based); Electrolyte layer: Ceria or YSZbased solid electrolyte

Get a Price/Quote