Fast Delivery Ika H 135.501 Flask Inlay, 1,000 Ml, 25000645 Quality Assured [e6Uj9S72]

IKA Flask Inlay: Essential Lab Equipment

The IKA H 135.501 Flask Inlay is a versatile and durable piece of laboratory equipment designed for precise measurements and mixing. This 1,000 ml flask inlay offers exceptional performance and is built to withstand rigorous laboratory conditions. With its round bottom design, it ensures easy handling and efficient mixing, making it an ideal choice for a wide range of applications.

• Volume: 1,000 ml
• Inner Diameter: 134.5 mm

Technical Specifications and Features

The IKA Flask Inlay is crafted with precision, featuring a spherical bottom shape and a useable volume of 1,000 ml. Its outer diameter measures 171.0 mm, while the bottom shape is spherical, providing stability and balance. This inlay comes with one hole, which has a diameter of 134.5 mm and a depth of 52.8 mm, ensuring secure attachment to the flask. The material in contact with the medium is aluminum anodized, offering excellent resistance to corrosion and heat.

Outer diameter	171.0 mm
Bottom shape	spherical
Useable volume max.	1,000 ml
Number of holes	1
Hole diameter	134.5 mm
Hole depth	52.8 mm
Hole shape	spherical mm
Working temperature max.	300 °C
Material in contact with medium	Aluminum anodized
Width	171 mm
Height	68.5 mm
Weight	1.324 kg
Permissible ambient temperature	5 - 40 °C

Practical Applications and Benefits

The IKA Flask Inlay is an essential tool for researchers, scientists, and laboratory professionals. Its robust construction and precise measurements make it ideal for various applications, including chemical reactions, mixing solutions, and precise volume measurements. The spherical bottom design allows for easy pouring and mixing, while the secure one-hole attachment ensures stability during use. With a maximum working temperature of 300 °C and a permissible ambient temperature range of 5 - 40 °C, this inlay is suitable for a wide range of laboratory conditions.

• Perfect for precise measurements and mixing in chemical reactions
• Stable and durable design for long-lasting performance
• Wide range of applications in various scientific fields