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Bohlender Bellows, PTFE, K29-H29, with NS 29/32-29/32

Brand:Bohlender

Cone[s]

Length

Socket[s]

Specifications

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HS Code #
39174000
Cone[s]
NS 29/32
Length
120 mm
Material
PTFE
Max. temp. resistance
250 °C
Socket[s]
NS 29/32
UNSPSC
41104800

R 2,327.60

Inc. VAT

Available soon

Product description

The Bohlender Bellows, PTFE, K29-H29, with NS 29/32-29/32 are precision-engineered components designed for laboratory applications requiring flexible and reliable connections. Manufactured from high-quality PTFE, these bellows provide excellent chemical resistance and thermal stability, making them ideal for use in vacuum systems and other demanding environments.

Key Features:

  • Brand: Bohlender
  • Material: High-quality PTFE for chemical resistance and durability
  • Design: K29-H29 configuration for enhanced flexibility
  • Thread Size: NS 29/32 for secure connections
  • Overall Length: 120 mm
  • Maximum Deflection: 120° for accommodating angular misalignment
  • Applications: Suitable for compensating vibrations from vacuum pumps and length compensation of heated columns
  • Packaging: Sold individually

These bellows are essential for laboratories requiring flexible, durable, and chemically resistant connections in various research and analytical settings.

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Bellows, PTFE, K29-H29, with NS 29/32-29/32
Available soon
Bohlender Bellows, PTFE, K29-H29, with NS 29/32-29/32

R 2,327.60

Inc. VAT

Manufacturer P/N

H 906-12

Part Number

9.012 163

Manufacturer

Bohlender

Cone[s]

NS 29/32

Bellows, PTFE, K14-H14, with NS 14/23-14/23
Available soon
Bohlender Bellows, PTFE, K14-H14, with NS 14/23-14/23

R 2,226.40

Inc. VAT

Manufacturer P/N

H 906-02

Part Number

9.012 161

Manufacturer

Bohlender

Cone[s]

NS 14/23

Frequently asked questions

It are precision-engineered components designed for laboratory applications requiring flexible and reliable connections. Manufactured from high-quality PTFE, these bellows provide excellent chemical resistance and thermal stability, making them ideal for use in vacuum systems and other demanding environments.

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