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Condensate Solvent

Name: Condensate Solvent
Brand: RUHANI INDUSTRIES
Price: 80.0 INR
Availability: InStock

Price 80.0 INR/ Liter

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MOQ : 600 Liters

Condensate Solvent Specification

Chemical Name
Condensate

Other Names
Condensate

Classification
Double Components Adhesives

Type
PVC Solvent

Application
Industrial & Mechanical Systems

Application Method
Spray

Physical State
Liquid Coating

Usage
Oil & Gas Industry

Purity(%)
Low dissolved solids (if system is well-maintained)

Drying Time
2 Days

Condensate Solvent Trade Information

Minimum Order Quantity
600 Liters

Supply Ability
1000 Liters Per Week

Delivery Time
7 Days

About Condensate Solvent

Condensate is the liquid formed when a vapor (usually steam or gas) loses heat and changes phase into a liquid. This process is known as Condensation.

In industrial systems, condensate typically refers to:

Water formed from steam after heat transfer
Hydrocarbon liquids separated from natural gas (in oil & gas industries)

Condensate is often clean, high-temperature liquid, making it valuable for reuse in many systems.

2. Key Specifications

Specifications vary depending on the source (steam or gas), but typical parameters include:

Steam Condensate

Temperature: 80C 180C
Pressure: Depends on system pressure
Purity: Low dissolved solids (if system is well-maintained)
pH Level: Slightly acidic to neutral (68)
Conductivity: Low (indicates purity)

Gas Condensate (Hydrocarbon)

Composition: Light hydrocarbons (pentane, hexane, etc.)
Color: Clear to light yellow
API Gravity: High (light liquid)
Volatility: High (evaporates easily)

3. Applications

A. Industrial & Mechanical Systems

Boiler feedwater reuse
Steam heating systems
Heat exchangers
Power plants

B. Oil & Gas Industry

Fuel blending
Petrochemical feedstock
Diluent for heavy crude oil

C. HVAC Systems

Air conditioning drainage
Dehumidification systems

D. Manufacturing

Textile processing
Food & beverage heating systems
Pharmaceutical industries

4. Functions

Condensate plays several important roles:

Heat Recovery: Retains significant thermal energy
Water Recycling: Reduces fresh water consumption
Energy Efficiency: Minimizes fuel usage in boilers
System Protection: Prevents water accumulation in steam lines

5. Benefits

Energy Savings

Reusing hot condensate reduces fuel required to heat water again.

Water Conservation

Less need for fresh water intake.

Cost Reduction

Lower:

Fuel costs
Water treatment costs
Chemical usage

Improved Efficiency

Enhances overall system performance and reduces losses.

Reduced Corrosion

High-quality condensate contains fewer impurities, protecting equipment.

6. Additional Notes

Proper condensate recovery systems are essential for maximizing benefits.
Contamination (oil, chemicals) must be avoided before reuse.
Regular monitoring ensures quality and system safety.

Efficient PVC Bonding for Industrial Applications

Condensate Solvent is designed to deliver robust adhesion in complex industrial and mechanical systems. Its dual-component formulation enhances bonding performance while maintaining structural integrity under demanding conditions, making it a preferred choice for both manufacturers and end-users in the oil and gas sector.

Superior Spray Application and Low Residue

Applied effortlessly via spray, this solvent ensures a uniform coat, reducing the risk of application errors. Its low concentration of dissolved solids helps keep machinery and systems free from problematic buildup or residue, provided regular system maintenance is performed.

FAQ's of Condensate Solvent:

Q: How should Condensate Solvent be applied for optimal performance?

A: For best results, Condensate Solvent should be applied using a spray method to ensure even distribution over the intended surface. This approach maximizes coverage and encourages a strong adhesive bond in industrial and mechanical applications.

Q: What are the main benefits of using Condensate Solvent in oil and gas operations?

A: Condensate Solvent offers excellent bonding strength, low residue due to its low dissolved solids composition (if systems are well-maintained), and reliable performance even in demanding oil and gas environments. These attributes help enhance equipment longevity and operational efficiency.

Q: When can the connected components be put into service after using Condensate Solvent?

A: It is recommended to allow the solvent to dry completely, which typically takes about two days, before subjecting the components to mechanical stress or pressure. This drying period ensures the adhesive reaches full strength and durability.

Q: Where is Condensate Solvent most effectively utilized?

A: This solvent is especially effective in industrial and mechanical systems dealing with PVC components. Its specialized formulation caters to the needs of the oil and gas industry, where strong, durable bonds are crucial for operational safety.

Q: What is the process for ensuring low dissolved solids when using this solvent?

A: To maintain low dissolved solids in the application, regular system maintenance is critical. Keeping equipment clean and free of contaminants allows the solvent to function as intended without leaving unwanted residue.

Q: How does using a double components adhesive benefit industrial projects?

A: Double component adhesives like Condensate Solvent develop higher bonding strength and improved chemical resistance, supporting long-term reliability in environments subject to stress or chemical exposure.

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