Conventional Domed Slotted Lined Bursting Disc

    CONVENTIONAL SLOTTED DOMED RUPTURE DISK (LF TYPE)

    Conventional Slotted Domed Rupture Disk consists of a slotted metal top section and a seal membrane. Burst pressure is controlled by the slotted and perforated top section. When excessive pressure occurs on the protected system, the disk bursts along the pre-slotted lines to provide a full relief opening.

    Types

    Round Conventional Slotted Domed Rupture Disk (LF)  

    Rectangular Conventional Slotted Domed Rupture Disk (LFF)

    Features 

    ◆ Designed for gas, liquid, dust service.

    ◆ Maximum operating pressure up to 80% of the minimum burst pressure.

    ◆ Few fragments on burst. 

    ◆ Withstand vacuum and backpressure with vacuum support.

    ◆ Complex structure.

    ◆ Suitable for low burst pressure conditions.

    ◆ Poor fatigue resistance in pressure cycling conditions. 

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Product name: Conventional Domed Slotted Lined Bursting Disc

Cas No: /

Price(USD): Negotiable

  • Factory Location: China
  • Main Sales Markets: North America,Central/South America,Western Europe,Eastern Europe,Australasia,Asia,Africa
  • Sample Provided: no
  • Factory Location: China
  • Main Sales Markets: North America,Central/South America,Western Europe,Eastern Europe,Australasia,Asia,Africa
  • Sample Provided: no

    CONVENTIONAL SLOTTED DOMED RUPTURE DISK (LF TYPE)

    Conventional Slotted Domed Rupture Disk consists of a slotted metal top section and a seal membrane. Burst pressure is controlled by the slotted and perforated top section. When excessive pressure occurs on the protected system, the disk bursts along the pre-slotted lines to provide a full relief opening.

    Types

    Round Conventional Slotted Domed Rupture Disk (LF)  

    Rectangular Conventional Slotted Domed Rupture Disk (LFF)

    Features 

    ◆ Designed for gas, liquid, dust service.

    ◆ Maximum operating pressure up to 80% of the minimum burst pressure.

    ◆ Few fragments on burst. 

    ◆ Withstand vacuum and backpressure with vacuum support.

    ◆ Complex structure.

    ◆ Suitable for low burst pressure conditions.

    ◆ Poor fatigue resistance in pressure cycling conditions.