Allectra Components for Precision Instrumentation

Allectra, under the trademark Biallec, has introduced a new, cost-effective range of innovative bimetallic CF componentsfeaturing innovative Titanium CF Flanges linked with Aluminum Tubes. The new patented bimetallic flange components are set to revolutionizethe chamber design of Aluminium chambers.

If zero magnetism is required in chamber manufacturing, Titanium flanges fitted with Aluminium tubes or Aluminium blank-offs are the best choice.

Allectra's rotatable flanges, which can be securely positioned using a set screw, provide exceptional flexibility. These items are delivered with the rotatable “Allectra” style flange, which combines through holes and tapped holes.

Additionally, the design of these components includes interchangeable rotary outer parts, adaptable to different shapes, thereby accommodating the use of chain clamps as needed. This adaptability is especially beneficial in radiation environments, where the ability to reduce closing times is often crucial.

Utilizing Titanium in high vacuum or ultra-high vacuum (UHV) environments provides several advantages:

Low Outgassing: Titanium boasts a relatively low outgassing rate, critical for maintaining a clean vacuum environment in high vacuum and UHV systems.

High Strength and Durability: Titanium is known for its excellent strength-to-weight ratio and corrosion resistance. This makes it a suitable material for constructing components in vacuum systems, as it is able to withstand the stress and mechanical loads associated with high vacuum environments.

Longevity: Titanium components can have a longer service life in high vacuum and UHV systems compared to materials that are more susceptible to outgassing or corrosion. This can result in cost savings over time.

Compatibility with UHV Conditions: Titanium is compatible with UHV conditions due to its low vapor pressure and minimal reactivity with residual gases in the chamber. This compatibility is essential for maintaining the integrity of UHV systems.

Versatility: Titanium's versatility allows its application in a broad spectrum of uses, from vacuum chambers and experimental setups to various UHV research equipment.

Biocompatibility: In certain scientific and medical applications, Titanium's biocompatibility is an invaluable feature.For instance, it isused in UHV environments for surface science studies related to biological materials.

The Titanium flange is equipped with an extended Aluminium tube, enabling direct attachment to an Aluminium chamber body. This design eliminates the need for an additional weld to extend the tube. Moreover, it is compatible with all CF seals, including those made of Nickel.