How long does insulation service take?

It varies according to project size, but rapid application is of great importance in planned shutdowns.

How are insulation prices determined?

It is calculated according to the area, material type, thickness, and degree of application difficulty.

Which is the best insulation material?

It depends on the application; polyurethane is high-performance, rockwool offers fire resistance.

Why are lightweight insulation materials preferred?

They provide ease of assembly and low load advantage.

Does insulation provide energy savings?

Yes, proper insulation can provide energy savings between 30-70%.

Is insulation a cost or an investment in industry?

It is definitely an investment; it pays for itself in a short time.

How is energy loss minimized?

With the correct insulation system and regular maintenance.

What is the insulation payback period?

In most projects, it varies between 6-24 months.

Does insulation reduce carbon emissions?

Yes, it reduces environmental impact by lowering energy consumption.

How is insulation applied?

It is carried out with surface preparation, material selection, and layered application.

Why is surface preparation important before insulation?

It directly affects the application quality and life.

What is the most common mistake in insulation application?

It is wrong material selection and insufficient assembly.

How long does insulation last?

With proper application, it can offer a lifespan of 10-25 years.

Why is occupational safety important in insulation applications?

It includes high temperature, chemicals, and risks of working at height.

What PPE should insulation workers use?

Helmet, gloves, mask, goggles, and safety belt.

What are the risks in confined space insulation?

Gas accumulation and oxygen deficiency.

Are solvent-based materials dangerous?

Yes, they can pose a respiratory and fire risk.

Why is spray foam technology popular?

It provides fast application and high performance.

What is digital insulation tracking?

It is monitoring insulation performance with IoT.

How is insulation control done with a thermal camera?

Heat leaks are analyzed by imaging.

What are smart insulation systems?

They are systems that optimize their performance according to ambient conditions.

How to find an Istanbul insulation company?

Research should be done through local SEO and reference projects.

How much does insulation work earn?

It provides high profitability in the right projects.

Is it mandatory to have insulation?

It is mandatory in many projects according to energy regulations.

What is an insulation report?

It is a technical analysis showing energy loss and performance.

Does insulation require maintenance?

Yes, periodic control is essential.

Can insulation be removed?

Yes, it can be removed for revision and maintenance.

Are insulation systems covered by warranty?

Professional companies offer warranties.

Why is insulation project design important?

Wrong project design leads to large energy losses.

How to understand quality in insulation application?

With DFT measurement, visual control, and performance tests.

Industrial Knowledge Center

01Industrial Insulation

80 Items

Industrial insulation is applied to reduce heat loss in facilities, increase energy efficiency, maintain stable process temperature and ensure occupational safety. A properly designed insulation system reduces operating costs and extends equipment lifespan.

Insulation is a technical application used to reduce heat transfer, energy loss, noise, and fire risk in buildings and industrial facilities.

Thermal insulation reduces energy consumption, lowering costs and ensuring systems operate more efficiently.

Industrial insulation refers to professional insulation applications on pipelines, tanks, equipment, and process systems to minimize energy loss.

It provides energy savings, extends equipment life, increases occupational safety, and reduces environmental impacts.

Home insulation focuses on comfort, while industrial insulation focuses on process efficiency and safety.

Foam insulation is a foam-based insulation system made with polyurethane or similar chemicals that offers high thermal insulation performance.

Spray polyurethane foam insulation is a high-performance insulation type applied by spraying onto the surface, completely filling gaps.

Polyurethane insulation is one of the most efficient insulation materials due to its low thermal conductivity.

Rockwool is a mineral-based insulation material that is resistant to high temperatures, non-combustible, and provides sound insulation.

Glass wool is an economical and widely used material that provides good thermal and acoustic insulation.

External insulation systems are energy efficiency solutions applied to the outer surface of a building.

It means 'insulation companies near me'. Deta Endüstri provides professional services throughout Turkey and international markets.

Reference projects, engineering infrastructure, materials used, and field experience should be evaluated.

It manages project design, material selection, application, and quality control processes.

Competence, certification, field experience, and compliance with occupational safety standards are critical criteria.

02Tank Insulation

20 Items

Depending on the temperature of the stored liquid; rock wool or glass wool is used for hot tanks, and polyurethane (PUR/PIR), cellular glass, or elastomeric rubber is used for cold (cryogenic) tanks. Deta Endüstri provides the most efficient layered solutions based on the tank's geometry.

Yes. Insulation on tanks with large surface areas reduces heat loss or gain by over 90%, leading to significant savings in operating costs and a lower carbon footprint.

To prevent condensation, it is essential to calculate the insulation thickness above the dew point and apply a continuous, high-performance vapor barrier.

On the curved surfaces of dished ends, flexible insulation mats and specialized cutting techniques are used to ensure the material fits perfectly without gaps. For cladding, the 'orange peel' cutting method is applied for aesthetics and sealing.

Especially in hot storage tanks (bitumen, heavy oil, etc.), high-compressive-strength cellular glass blocks are used to prevent heat escape from the floor to the ground. This prevents energy loss and protects the foundation from heat.

Tank roofs are the areas most exposed to external elements. In addition to water tightness, high-density materials that allow maintenance personnel to walk on them and reinforced cladding systems should be preferred.

The support legs (saddles/skirts) that contact the ground create thermal bridges. Thermal barrier plates or specialized insulation details are applied in these areas to minimize thermal leakage.

In such tanks, Class A1 non-combustible materials (rock wool, cellular glass) must be used. Additionally, the grounding of the cladding system must be checked against static electricity risks.

In internally or externally heated tanks, heat-distributing aluminum foil layers or trace heating systems are integrated under the insulation to ensure uniform heat distribution and increase heating efficiency.

Wind loads on large surface tanks can strip away the cladding system. To prevent this, wind girders, locking seam systems, and an adequate number of screws/rivets must be used according to standards.

Industrial tanks require safe access for insulation. Our professional scaffolding team within Deta Endüstri installs safe working scaffolds compliant with TS EN 12811 standards, tailored to the tank's circumference.

A correctly implemented insulation investment in industrial tanks usually pays for itself in a short period of 6 to 18 months through energy savings.

To prevent corrosion on the tank surface, appropriate epoxy paint should be applied before insulation, and drain plugs should be provided in the cladding system to prevent water accumulation.

Due to hygiene standards, 304 or 316 grade stainless steel cladding is generally used in these facilities. A smooth surface and ease of cleaning are essential.

-160°C and below, a perfect seal must be ensured with polyurethane injection or multi-layer cellular glass systems to prevent icing and energy loss.

Thermal camera inspections should be conducted after application and periodically every year to detect heat leaks and material degradation.

03Pipe Insulation

20 Items

Depending on fluid temperature and ambient conditions; rock wool, glass wool, calcium silicate, high-density calcium silicate, elastomeric rubber, polyurethane (PUR/PIR), or cellular glass is preferred. At Deta Endüstri, we select the most efficient material based on the thermal analysis of the project.

Yes. A properly insulated pipeline reduces heat loss by up to 90% compared to an uninsulated one. This translates to a direct reduction in operating costs and a fast return on investment (ROI).

CUI is the silent enemy of industrial plants. To prevent it; high-performance coatings should be applied to the pipe surface, hydrophobic insulation materials should be selected, and sealing details (mastic, interlocking joints) in the cladding system must be applied perfectly.

Based on the ISO 12241 standard; it is calculated using our engineering software with data such as fluid temperature, pipe diameter, ambient temperature, wind speed, and target surface temperature (ASTM C1055 for personnel protection).

Depending on the corrosion risk of the environment; Aluminum (0.6mm-1.0mm), Stainless Steel (304 or 316 grade), or Aluzinc/Galvanized sheet is preferred. In chemical plants, stainless steel is usually recommended for corrosion resistance.

After electric or steam heat tracing cables are fixed to the pipe surface, insulation materials with gaps or special cuts are applied to avoid damaging the cable and to distribute heat homogeneously.

-160°C and -200°C, 'Cellular Glass' or multi-layered polyurethane systems are used. The most critical detail here is the continuous vapor barrier applied to ensure the system remains completely airtight.

Calcium silicate or high-density rock wool is preferred for temperatures of 600°C and above. These materials maintain their structural integrity at high heat.

By using insulated pipe shoes, metal-to-metal contact is broken. This prevents 'heat leaks' and energy losses occurring through the pipe support.

Since pipes expand in hot lines, 'expansion rings' and flexible joints must be left in the insulation and cladding system. Otherwise, the metal cladding may deform.

Class A1 non-combustible materials such as rock wool and calcium silicate increase the structural resistance of the pipeline during a fire and prevent the spread of flames.

In underground lines, cellular glass or pre-insulated pipe systems resistant to mechanical loads and moisture should be preferred, and HDPE or bitumen-based coatings should be used as external protection.

Yes. In lines with high fluid noise, the decibel level radiated from the pipe to the environment can be reduced by using acoustic insulation layers and barriers.

Crushing in the cladding, openings in the joints, wet insulation material, or excessive hot spots detected with a thermal camera indicate that the insulation has reached the end of its life.

If the insulation material absorbs water, its thermal conductivity (lambda) increases and it loses its insulation property. Hydrophobic materials stay dry, extending the life and efficiency of the system.

Insulation molds specifically manufactured or meticulously shaped on-site are used for elbows and T-pieces. Sealing must be kept at the highest level at these points.

04Equipment Insulation

25 Items

Depending on the operating temperature and chemical environment of the equipment; rock wool, glass wool, calcium silicate, ceramic fiber blankets, or aerogel insulation materials are used. Deta Endüstri determines the most suitable material for the equipment geometry with engineering precision.

Yes. In equipment with high surface areas such as boilers, heat exchangers, and reactors, insulation minimizes operating costs by reducing energy losses by over 90%.

For points requiring frequent inspection and maintenance, such as valves, flanges, pumps, or heat exchanger heads, 'Removable Insulation Jackets' are recommended. These jackets can be removed and reinstalled many times without damaging the equipment.

Based on ASTM C1055 (personnel protection) and ISO 12241 (economic thickness) standards; it is calculated according to ambient temperature, wind speed, emission coefficient, and target outer surface temperature.

Insulation is essential in heat exchangers to maintain heat transfer efficiency and prevent heat escape to the external environment. Correct insulation ensures the process remains at the target temperature.

In boilers, generally high-density rock wool and galvanized or aluminum sheet cladding are applied. The application increases boiler efficiency while reducing the ambient temperature in the boiler room to a safe level.

Due to temperatures reaching 1000°C, ceramic fiber or high-heat textiles with special coatings are used in these systems. These materials are extremely resistant to thermal shock.

Equipment surfaces should be protected with anti-corrosion paints before insulation, and drainage holes and leak-proof cladding details should be applied within the insulation system to prevent water accumulation.

Yes. In pumps carrying hot or cold fluids, body insulation protects the thermal energy of the fluid and extends its life by preventing the motor from operating in an overheated environment.

According to the sensitivity of the chemical reaction inside the reactor, systems with stainless steel cladding that guarantee 'constant temperature', have high thermal resistance, and are resistant to external factors (acid, solvent, etc.) are preferred.

Yes. In equipment with intense vibration, high-density materials and special fixing (pinning) methods should be used to prevent the insulation material from sagging.

It is a specialized insulation system based on high-heat resistant epoxy or blankets applied so that critical equipment does not lose its function for a certain period (30-120 min) during a fire.

Cellular Glass or PUR injection systems are preferred. These systems prevent moisture from entering the insulation, stopping icing and corrosion.

Removable metal box (insulation boxes) systems are an aesthetic and functional solution for valve groups and instruments with complex geometries or requiring frequent intervention.

Monthly savings are found by multiplying the difference between energy loss in the uninsulated state and loss in the insulated state by the fuel unit price. Generally, equipment insulation pays for itself within 6-12 months.

05Valve Jackets

27 Items

Yes. Flanges are surfaces with high heat dissipation. Additional savings of 10-30% can be achieved with insulation.

Solutions between 250°C and 1100°C are possible depending on the filling and fabric used.

Removable systems are ideal for equipment that requires maintenance.

Generally a reduction of 40-70% can be achieved.

Yes, with correct thickness and vapor barrier on cold lines.

With moisture barrier, correct coating and correct drainage design.

Since the energy density is high, the heat loss cost is high.

Yes. Quality systems can be dismantled and installed for years.

No, moving parts are protected in the special design.

With heat transfer and surface temperature calculations.

Easy access is provided in removable systems.

Yes, when applied with non-flammable materials.

Yes in case of wrong fixing; minimized in correct design.

PTFE/Silicone coated technical textiles are common.

Yes. Breaking and pouring processes are eliminated.

Yes (with heat tracing support or in cold services).

06Turbine & Exhaust Insulation

20 Items

Detailed technical information regarding Turbine & Exhaust Insulation. Deta Endüstri

07Valve & Flange Jackets

6 Items

Detailed technical information regarding Valve & Flange Jackets. Deta Endüstri

08HVAC & Duct Insulation

6 Items

Detailed technical information regarding HVAC & Duct Insulation. Deta Endüstri

09Cold Insulation

40 Items

To maintain system efficiency by preventing heat gain and condensation.

When surface temperature falls below the dew point temperature.

It is the fundamental parameter in determining insulation thickness and condensation risk.

Prevents insulation from getting wet by blocking water vapor diffusion.

The risk of condensation and CUI increases due to moisture ingress.

Thanks to its closed-cell structure, condensation resistance is high.

It directly determines the heat gain.

With heat transfer and dew point calculations.

Yes. It reduces cooling load and operating costs.

It causes corrosion, sheet metal deformation, and insulation damage.

It is latent metal corrosion caused by moisture.

Generally yes for mechanical protection.

In low λ and cryogenic requirements.

Does not absorb water, vapor-proof, and has high durability.

Yes, indirectly by preventing condensation.

Condensation continues, energy loss increases.

10Cryogenic Insulation

20 Items

Detailed technical information regarding Cryogenic Insulation. Deta Endüstri

11Acoustic Insulation

20 Items

Detailed technical information regarding Acoustic Insulation. Deta Endüstri

12Fire Insulation

20 Items

Detailed technical information regarding Fire Insulation. Deta Endüstri

Industrial Knowledge Center

01Industrial Insulation

Why is industrial insulation necessary?

What is insulation?

Why is thermal insulation important?

What is industrial insulation?

What does insulation do?

What is the difference between home insulation and industrial insulation?

What is foam insulation?

What is spray foam insulation?

What is polyurethane insulation?

What is rockwool insulation?

What is glass wool insulation?

What is an external insulation system?

What does 'insulation contractor near me' mean?

How to choose the best insulation company in Turkey?

What does an industrial insulation company do?

What should be considered when choosing an insulation company?

02Tank Insulation

What materials are used in tank insulation?

Does tank insulation provide energy savings?

How is the problem of condensation solved in cold tanks?

How is dished end (bombe) tank insulation performed?

Why is tank floor insulation necessary?

What should be considered in tank roof insulation?

How are thermal bridges prevented at tank support legs?

How should insulation be for flammable and combustible substance tanks?

How is insulation performance increased in tanks with heating coils?

How does wind and storm load affect tank cladding?

How is scaffolding installation planned for tank insulation?

What is the return on investment (ROI) for tank insulation?

How is CUI (Corrosion Under Insulation) controlled in tanks?

Which cladding is preferred in food and pharmaceutical tanks?

What is the challenge of cryogenic (liquefied gas) tank insulation?

When should tank insulation be inspected with a thermal camera?

03Pipe Insulation

Which materials are used in pipe insulation?

Does pipe insulation provide energy savings?

How is CUI (Corrosion Under Insulation) prevented?

How is pipe insulation thickness calculated?

What should be the cladding material for outdoor pipelines?

How is insulation applied to pipes with heat tracing?

Which insulation system is used for cryogenic (LNG/LPG) lines?

What is the best insulation material for high-temperature steam lines?

How is a thermal bridge prevented at pipe supports (shoes)?

How does expansion affect insulation in pipelines?

What is the contribution of insulation to fire resistance?

How is insulation protected in underground pipelines?

Does pipe insulation provide noise control?

How do we know when old insulation needs to be replaced?

Why are hydrophobic (water-repellent) insulation materials important?

How is insulation applied to pipe elbows and T-junctions?

04Equipment Insulation

Which materials are used in equipment insulation?

Does equipment insulation provide energy savings?

What type of insulation is recommended for equipment requiring maintenance?

How is insulation thickness determined in industrial equipment?

Why is heat exchanger insulation important?

What standards are applied in boiler insulation?

Which insulation material is used in turbine and exhaust systems?

How is the risk of corrosion under insulation (CUI) managed in equipment insulation?

Does pump insulation increase efficiency?

How is insulation selected for chemical reactors?

Is vibration a problem in equipment insulation?

What is passive fire protection (PFP) application for equipment at risk of fire?

Which insulation is preferred for cryogenic equipment (LPG/Ethylene)?

When is 'box cladding' used in equipment insulation?

How is the return on investment (ROI) for insulation calculated?

05Valve Jackets

Does flange insulation really save energy?

To what temperature are valve jackets resistant?

Should removable insulation or fixed insulation be preferred?

How much does insulation reduce the surface temperature?

Does flange and valve insulation prevent condensation?

How to prevent corrosion under insulation (CUI)?

Why is valve insulation critical in steam lines?

Can insulation jackets be reused?

Does valve insulation damage actuators?

How is insulation thickness calculated?

Does flange insulation make leak detection difficult?