CARBON BLACK EXPANSION JOINTS




 EXCELLENCE IN
BEST-IN-CLASS

CARBON BLACK
EXPANSION JOINTS

Expansion Joints for carbon black plants are installed in several critical locations. Expansion Joints have many applications in carbon black plants, where the process involves high temperatures, varying thermal loads, dust/particulate as well as abrasive media. These operating conditions set high demands for the components installed in the application, including the Expansion Joints. When designed correctly for the application, Expansion Joints provide long-term durability and reduce maintenance, making them the ideal choice for carbon black plants worldwide.

Applications:

  • Reactor and furnace ducts
  • Cooling and filtration sections
  • Air preheaters
  • Flue gas emission control systems
  • Steam and utility piping
  • Heat exchangers

Design expertise:

  • High pressure
  • High temperatures
  • Special Expansion Joint design
  • Special tests
  • Special media compositions
  • Special material requirements

Design range and scope of supply within carbon black Expansion Joints

The capability design range for Belman and carbon black Expansion Joints are:

Dimensions

DIMENSIONS:
DN 100 – DN 1200
(Belman range is up to
DN 25 – 12.000)

Pressure

PRESSURE:
Up to 4,5 barg
(Belman range is:
From full vaccum up to
250 barG or more if required)

Temperature

TEMPERATURE:
From -10°C to +950°C.
(Belman range is:
-269°C to +1000°C)

Materials_bellow_Symbol

MATERIALS:

All austenitic stainless steels including 1.4571 (AISI 316Ti), 1.4404 (AISI 316L),
1.4541 (AISI 321), 1.4878 (AISI 321 H), 1.4845 (AISI 310S), Incoloy 825, Inconel 625, etc.

Design_Codes_Symbol

DESIGN CODES:

EN 13445, EN 13480, EN 14917
ASME VIII, div.I, ASME B31.3
ASME B31.1, EJMA, AD 2000
and others on request

Test and Quality Control

TESTS:

Radiographic examination (X-ray), Helium leak testing, Pressure test, Air test, Dye penetrant test, Magnetic particle examination and many more

ENGINEERED

CARBON BLACK EXPANSION JOINTS

SPECIAL INSULATED EXPANSION JOINTS

CASE STORY

Belman has designed, manufactured and supplied four special hot combustion airline Expansion Joints for installation at a producer of carbon black in Italy. These Special Insulated Expansion Joints are designed to operate at extremely high temperatures (950°C). As Carbon black is produced at extremely elevated temperatures the media can easily reach +900°C during operation. Insulation of the Expansion Joints would play a key role in ensuring that the prevailing safety factors could be met and at the same time, keep the bellows skin temperature at an acceptable low level.

Read Case Story
EXPERIENCED & APPROVED SUPPLIER

REFERENCES

PCBL Chemical Limited (Philip Carbon) • Birla Carbon •
Cabot • Epsilon Carbon •

Norcarb Engineered Carbons (SSG) • Kilburn Engineering •
Arvos Group • Evonik

References & Testimonials
CARBON BLACK EXPANSION JOINTS

TECHNICAL DESCRIPTION

TYPES & DESIGN

The Expansion Joint types and designs applied in carbon black plants cover both standard catalogue Expansion Joints as well as customised Expansion Joints designed for the exact application. However, Belman mainly sees the following types of Expansion Joints used in this application:

 

Custom Expansion Joint solutions for carbon balck
As Expansion Joints are used in various applications in carbon black plants and for a wide range of operating data, the design and features of the Expansion Joints can vary greatly from project to project. Belman is highly specialised in finding and designing the best custom solution for the client and the application in question.

How we do

MATERIALS

Expansion Joints for carbon black applications are made from many different steel and metal types depending on the point of installation and the operating parameters. In many cases the Bellow is made from higher alloys such as Incoloy or Inconel. Belman can design and manufacture Expansion Joints for the carbon black from:

  • All austenitic stainless steels including 1.4571 (AISI 316Ti), 1.4404 (AISI 316L), 1.4541 (AISI 321).
  • 1.4878 (AISI 321 H)
  • 1.4845 (AISI 310 S)
  • Inconel 625
  • Incoloy 825

ADVANTAGES

  • The correct Expansion Joint solution for the application
  • Customised in all kinds of designs and materials, even high alloys
  • Cost-efficient solution for the application

PRODUCT
BROCHURE

Download
Belman - Catalogue

GET THE
CATALOGUE

QUALITY & TESTS

Belman is known for high quality products and therefore our quality control is a fundamental part of our business. All processes during production designed by the Belman quality engineers, is strictly follow and implement according our procedures and instructions and carefully inspected by Belman quality inspectors. All checks and inspections are done according to the strict prevailing Belman quality control procedures which is part of the Belman ISO 9001 quality management system approved by DNV.

 

ITP & Test
Inspection test Plan generated by the quality management system makes sure that each step of manufacturing has the appropriate inspection points such as Hold and Witness points.

Based on manufacturing code, project specification, application, media, and eventual ship classification rules Belman performs a large variety of quality tests including destructive, non-destructive testing and proof testing. All tests can be witnessed by the 3rd part based on the customer and classification requirements.

  • Destructive test: such as life cycle test and burst test to validate the design, i.e., vessels and offshore platforms
  • Non-destructive test such as Visual testing, dye penetrant test, Radiography examination, Magnetic testing, ultrasonic testing, hardness testing and PMI for all applications
  • Proof tests: leak test with air, leak test with helium and formier gas, hydrostatic pressure test for all application
QA & TEST AT BELMAN
Top