Plastic Hot Water Radiant Floor Heating Module
Technical Date
Item No.:WT4501
Dimension:450*450*25mm
Weight:2.5kg/m2
Material:PP(Polypropylene)
Quantity of a carton:25 pieces
Coil pipe distance:15cm
Suitable pipe caliber:16cm
Water distributor module:400*400*25mm
Quantity:200m2/day
Toxicity:Nontoxic
Daily Capacity: 200sqm/Day
Working life: More than 50 years
Introduction
Radiant Floor Heating Module is mainly used under 60℃ water pour into the heating pipe that implementation of internal recycling as heat medium, setting the Radiant Floor Heating Module under the floor to warm up the entire floor. It is a highly safety module to keep indoor warming; also it can provide and reuse hot water in our life. With high compression strength and lightweight module design of Floor Heating Module is makes installation easier, cheaper, safer than electric heating.
Features
1. Safety and usefu
2. Recyclablefloor heating
3. Corrosion resisting
4. Resist compression
5. Flame retardance
6. provide hot water
7. Made with Anti-pollution material
8. Easy to install and have buckle can fix the pipe directly
9. Do not release toxic gas over 100℃
10. Equal heating and keep the heat quantity lasting
11. High pressure strength
12. Good dielectric property and insulativity
13. Easy for air circulating
14. Low cost,saving building cost
15. Convenient maintenance
16. Reuse water
Advantage
1. High pressure strengthfloor heating
2. Reduce labor cost,rapid and convenient construction
3. Good ability of heat storage
4. Partly soundproof effect
5. Energy conservation
6. Lightweight design,reduce the load of building
7. Heating rapidly:only need 10-20mins
8. Installation Flexibly
9. Easy to install and high efficient
10. Working life more than 50 years
11. Have buckle can fix the pipe directly
Installation
Step1: Laying the reflectance coating or other insulation board
Step2: Laying the hydronic heating module upon the reflectance coating
Step3: Coiling pipe on hydronic heating module
Step4: Backfill concrete or paving ground decoration directly
Project
