Frequently Asked Questions
Installation & Fitting
Q: How do I measure for correct pipe size?
A: Measure the outer diameter of the pipe before selecting insulation size. Add 2mm to account for manufacturing tolerances. For accurate sizing, measure at multiple points along the pipe run.
Q: Can it be used outdoors?
A: Yes, with additional weather protection cladding recommended for external applications. For outdoor use, ensure all joints are properly sealed and protected from UV exposure.
Q: What tools are needed for installation?
A: Basic tools required include:
- Sharp knife for cutting sections
- Measuring...
Frequently Asked Questions
Installation & Fitting
Q: How do I measure for correct pipe size?
A: Measure the outer diameter of the pipe before selecting insulation size. Add 2mm to account for manufacturing tolerances. For accurate sizing, measure at multiple points along the pipe run.
Q: Can it be used outdoors?
A: Yes, with additional weather protection cladding recommended for external applications. For outdoor use, ensure all joints are properly sealed and protected from UV exposure.
Q: What tools are needed for installation?
A: Basic tools required include:
- Sharp knife for cutting sections
- Measuring tape
- Straight edge
- Foil tape for sealing joints
- Safety equipment (gloves, dust mask, safety glasses)
Q: How do I cut the insulation for bends and elbows?
A:For pipe bends, cut the insulation at a 45-degree angle, rotate one piece 180 degrees, and join the pieces to form a mitred joint. For detailed instructions, contact our team.
Q: What's the minimum bend radius?
A:The minimum bend radius depends on the insulation thickness and pipe diameter. As a general rule, the bend radius should not be less than 3 times the pipe diameter.
Performance & Specifications
Q: What is the expected lifespan?
A: When properly installed and maintained, Isover Climpipe maintains performance for 25+ years under normal operating conditions.
Q: Is it suitable for condensation control?
A: Yes, the foil facing provides an effective vapor barrier when joints are properly sealed. For chilled water applications below 10°C, ensure continuous vapor barrier integrity.
Q: How does temperature affect performance?
A: Thermal conductivity varies with temperature:
- 0.033 W/m.K at 10°C
- 0.037 W/m.K at 40°C
- 0.130 W/m.K at 400°C Performance remains stable within specified temperature range.
Q: What's the maximum operating temperature?
A: Maximum continuous operating temperature is 400°C. For intermittent exposure, consult technical support for specific applications.
Maintenance & Durability
Q: How often should the insulation be inspected?
A: Recommend annual visual inspections for:
- Joint integrity
- Vapor barrier condition
- Physical damage
- Signs of moisture More frequent inspections for critical applications.
Q: Can damaged sections be repaired?
A: Minor damage to foil facing can be repaired using appropriate foil tape. Sections with damaged insulation should be replaced to maintain system integrity.
Q: How do I clean the insulation?
A: Wipe foil facing with a dry cloth. Avoid using cleaning chemicals that might damage the foil surface. If deeper cleaning is required, consult technical support.
Q: What's the moisture resistance?
A: The foil facing provides excellent moisture resistance when properly installed. Maintain sealed joints to prevent moisture ingress.
Compliance & Certification
Q: What building regulations does it comply with?
A: Complies with:
- Building Regulations Part L
- BS 5422:2009
- EN 14303
- ISO 9001:2015 manufacturing standards
Q: Are there any specific storage requirements?
A: Store in dry conditions, protected from weather and physical damage. Keep in original packaging until installation.
Environmental & Safety
Q: Is the product environmentally friendly?
A: Yes:
- 70% recycled glass content
- Zero ODP (Ozone Depletion Potential)
- Low GWP (Global Warming Potential)
- Fully recyclable at end of life
- EPD available for BREEAM/LEED documentation
Q: What safety precautions should be taken during installation?
A: Follow standard safety procedures:
- Wear appropriate PPE (gloves, mask, eye protection)
- Ensure adequate ventilation
- Follow manual handling guidelines
- Refer to Safety Data Sheet for complete information
System Design
Q: How do I calculate the required insulation thickness?
A: Thickness depends on:
- Operating temperature
- Ambient conditions
- Required surface temperature
- Energy loss targets Use our online calculator or consult technical support for specific requirements.
Q: Can it be used with trace heating?
A: Yes, compatible with trace heating systems. Ensure trace heating specification matches insulation properties. Contact technical support for specific design guidance.
Q: What support spacing is recommended?
A: Support spacing depends on pipe size and weight:
- Up to 50mm diameter: 3m centers
- 50-100mm diameter: 2.5m centers
- Over 100mm diameter: 2m centers Use proper pipe support inserts to maintain system integrity.
Cost & Energy Savings
Q: What payback period can I expect?
A: Typical payback periods:
- Hot water systems: 1-2 years
- HVAC systems: 2-3 years
- Process systems: 6-18 months Actual savings depend on system temperature, operating hours, and energy costs.
Q: How do I calculate energy savings?
A: Use online energy calculators or contact technical support for:
- Heat loss calculations
- CO2 reduction estimates
- System optimization recommendations
