Applications within the chemical industries have traditionally been very difficult to seal. Most liquids and mediums that require sealing are corrosive and the seals are used in very arduous situations. AESSEAL® has developed innovative new sealing solutions to these problems.

Our range of SCMS mixer seals are truly modular and its compact design allows for installation in restricted spaces. The SCMS can be provided with ATEX IECEx zone 0,1, 2 certification.

Get access to the industry brochures

Chemical Processing Industry Sealing Products
Sealing Cryogenic and Low Temperature Applications
Tank Storage Industry
Mixer Seals Range

Industry Solutions

Fertilizers

Typically, fertilizers are composed of nitrogen, phosphorus, potassium compounds and contain trace elements that improve plant growth. AESSEAL® provides mechanical seal technology to support each stage of the fertilizer manufacturing process. We also have methods of reducing the amount of effluent produced from the process and therefore deliver a reduction in treatment costs.

Bulk Chemical

Within bulk chemical production, process reliability is key. Efficient chemical containment is also of paramount importance. This is why AESSEAL® has developed seal support technologies to protect the process. AESSEAL® has a range of proven technologies to seal a variety of applications, many of them FDA approved.

Upgrade will result in major savings for US company

Estimated savings of $47,500 each year

Case Ref: TD3115370

LabTecta saves €360,000 for Spanish company each year

MTBF increase from 1 month to >2 years

Case Ref: TD3107679

Dangerous oil leak problem solved by LabTecta FS

MTBF increase from 10 days to >4 years

Case Ref: TD3104601

Standard of service makes AESSEAL a clear winner

Reliability increased from 2 weeks to over 2.5 years

Case Ref: TD3100534

Chemical plant saved over €500,000 in the first year

Return on investment in just 2 weeks

Case Ref: CH01454

Chemical Producer Saves Over £1.7 Million in Plant Downtime

Impressive service and responsiveness for critical reactor solution

Case Ref: CS0089