Item No. 1005006583610900
28g CYDY Road Bicycle TPU Inner Tube 700x23C 25C 26C 27C 28C 30C 32C Cycling Bike Tires Camera Tyre 700C Pneu Aro French Valve
€6.11
From €6.11 to €30.95 depending on options
Quantity
7 available
Delivery estimate
Usually delivered in about 7 days.
Checkout is coming soon.
- Sold by
- Expydrop
- Ships from
- The supplier's warehouse
Expydrop buys this item from the supplier and has it shipped directly to you. How it works
Specifications
- Brand Name
- CYDY
- Origin
- Mainland China
- High-concerned chemical
- Urethane (Ethyl carbamate)
- Material
- TPU
- Color
- purple
- Wheel size
- 700*23-32C
- Choice
- yes
Description
Brand : CYDY
Material : TPU
weigh :28±2g
Used Size : 700x23C 25C 28C 32C
Valve : FV 45mm/65mm/85mm
This inner tube cannot be inflated a lot when it is not installed in the
outer tire, otherwise it will cause irreversible damage!
Please use a manual air pump instead of high-speed air filling equipment such as air compressors or pumps.
Before inflating the CYDY tube, turn the valve inward (towards the center of the tire circle). Inflate a small amount until the inner tube is round; this pressure should be less than 0.5 bar/5 PSI.
Tire inflation pressure must not exceed 5 bar/72PSI When using rims with a no-ring-lip system according to ISO/TC 31.
Every 3° (5°F) increase in temperature would increase the tire pressure by about 1%.
If you inflate the tires in a cool garage in the morning (18°C / 65°F) and ride later at higher ambient temperatures (35°C / 95°F), it may result in an increase in inner tube pressure (e.g. 0.5 bar/8 PSI).
Especially when riding on high temperature black asphalt pavement with temperature exceeding 65°C (150°F), the tire pressure may easily exceed the allowable maximum value. In addition, too high tire pressure can cause the tire to break away from the rim during cycling, which can result in the risk of injury.
If pneumatic tires are stored at 60°C (140°F) or higher (e.g. in a car in hot weather), deflate the inner tube to 1 bar/15 PSI to avoid valve deformation
.
