Product Name
Conflat 1.33 And KF16 Paired Vacuum Chamber Manifold
Internal Volume: 3.5 Liters | Dimensions: Width: 2", Height: 2.25"
Application: Ultra-High Vacuum (UHV) Systems
Material
304 High-Grade Stainless Steel
Flange/Connection Details
CF 1.33-Inch Flanges & KF16 Connections
Description
The Conflat 1.33 KF16 Vacuum Chamber Manifold is expertly designed for ultra-high vacuum (UHV) applications, offering compact dimensions and reliable functionality for intricate system configurations. Featuring integrated KF16 connections and Conflat (CF) 1.33-inch flanges, this manifold ensures seamless system integration. Precision-engineered from robust stainless steel, it delivers durability, corrosion resistance, and excellent vacuum compatibility for demanding scientific, research, and industrial setups.
Technical Specifications
| Specification | Details |
|---|---|
| Flange/Connection Type | Conflat (CF) 1.33-inch flanges and KF16 connections |
| Internal Volume | 3.5 Liters |
| Dimensions | Width: 2 inches; Height: 2.25 inches |
| Material | 304 High-Grade Stainless Steel |
| Sealing Technology | Knife-edge sealing with copper gaskets |
| Condition | Used – Tested and Verified for Operational Reliability |
| Preparation | Must be thoroughly cleaned with proper solvents and baked before use |
| All components must be thoroughly cleaned with proper solvents and baked before use to ensure optimal performance. | |
Key Features
- Versatile Flange Options: Integrates KF16 connections and CF 1.33-inch flanges for diverse vacuum configurations.
- Compact Internal Volume: Provides a 3.5-liter capacity suitable for various UHV applications.
- Robust Material: Constructed from 304 High-Grade Stainless Steel for long-lasting performance and corrosion resistance.
- Efficient Sealing: Knife-edge sealing with copper gaskets ensures leak-tight vacuum integrity.
- Compact and Lightweight: Designed for modular system configurations in space-constrained setups.
Applications
- Research Laboratories: Ideal for experimental setups requiring compact and reliable UHV chambers.
- Industrial Systems: Trusted for demanding vacuum configurations in manufacturing and testing processes.
- Analytical Equipment: Suitable for vacuum setups in spectroscopy, microscopy, and other scientific instruments.
Value Proposition
The Conflat 1.33 And KF16 Paired Vacuum Chamber Manifold delivers compact yet versatile performance for ultra-high vacuum systems. With integrated KF16 connections and CF 1.33-inch flanges, a precisely engineered 3.5-liter internal volume, and robust stainless steel construction, it meets the rigorous demands of scientific research, industrial testing, and advanced analytical applications.
Research Insights
- Component Verification: Rigorous testing confirms that all dimensions and design features meet the stringent requirements of UHV systems.
- Market Insights: Compact, modular vacuum chamber manifolds like this one are essential for creating adaptable systems; secondary markets favor components with verified operational reliability.
- Potential Use Cases: Laboratories benefit from its space-saving design, while industrial systems gain enhanced reliability in harsh environments.
Additional Notes
- Special Handling Instructions: Ensure proper alignment of flanges and bolt holes during installation to maintain vacuum integrity.
- Certifications: No certifications are currently available for this product.
Terms and Conditions
Usage Agreement
- By using this product, you agree to comply with all relevant regulations and guidelines associated with its application.
Warranty Disclaimer
- This product is provided "as is," with no express or implied warranties, including:
- Warranties of merchantability.
- Warranties of fitness for a particular purpose.
Liability Limitation
- The seller shall not be liable for damages arising from:
- Misuse of the product.
- Improper installation.
- Failure to follow provided instructions.
Modification Clause
- Any alterations to the product will void all warranties and guarantees provided by the seller.
Governing Law
- These terms are governed by the laws of the jurisdiction where the product was purchased.
Image Disclaimer
- The image may not represent the exact item being sold.
- Images are used solely for clarity and reference purposes.
- If the item sold has been pre-owned, it may exhibit signs of cosmetic wear, but it remains fully operational and functions as intended.
- Knife edges may have minor nicks that should not affect their ability to obtain a vacuum seal unless specifically stated.
Shipping Policy
- Shipping Area: We ship only within the continental United States.
- Shipping Time: Small items will be shipped within 24 hours of receipt of payment.
- Shipping Method: USPS is used exclusively; ground shipping applies unless expedited shipping is required.
Equipment Condition and Warranty
- All equipment is sold "as is," with no additional warranties.
- Buyers should review item details and images carefully before purchasing.
Return Policy
- Items can be returned within 30 days if they fail to vacuum seal or are the wrong size.
- Returns must include all originally shipped items in undamaged, resalable condition.
- Buyers are responsible for return shipping costs and obtaining tracking details.
Brand Interchangeability
- All brands are treated as interchangeable unless otherwise stated in the product description.
- Examples: MDC, Varian, Huntington, Kurt J Lesker, MKS, Agilent, Nor-Cal.
Materials Selection for Vacuum Applications
In vacuum applications, austenitic stainless steels are preferred due to their excellent corrosion resistance, durability, and generally non-magnetic properties. Commonly used options include 304 and 316L stainless steels. For this product, 304 High-Grade Stainless Steel is used, ensuring cost-effective performance in many UHV environments. In cases where enhanced corrosion resistance or minimal magnetic interference is critical, 316L stainless steel is recommended.
Magnetic and Non-Magnetic Materials: 304 vs. 316L Stainless Steel
- Austenitic Stainless Steels (304 and 316L): Generally non-magnetic due to high nickel and chromium content, forming a face-centered cubic (FCC) structure.
- 304 Stainless Steel: Widely used for its cost-effectiveness and adequate performance in standard UHV applications; may exhibit slight magnetism after extensive machining or welding.
- 316L Stainless Steel: Offers superior corrosion resistance and retains non-magnetic properties even after welding, making it ideal for sensitive vacuum environments.
- Exceptions:
- Cold Working: Bending or machining can induce the formation of magnetic martensite.
- Welding: May create localized magnetic zones.
- Ferrite Formation: Certain thermal treatments may lead to partial magnetic (ferritic) regions.
- Preferred Choice: For applications requiring enhanced corrosion resistance and minimal magnetic interference, 316L is the recommended option.