High-Performance Rubber Foam Tube for Printer Noise Reduction and Vibration Dampening
High-Performance Rubber Foam Tube for Printer Noise Reduction and Vibration Dampening
High-Performance Rubber Foam Tube for Printer Noise Reduction and Vibration Dampening
High-Performance Rubber Foam Tube for Printer Noise Reduction and Vibration Dampening
Model
NO.G20231127011

Item specifics

Color (General)
Custom
Material
TPV6375N
Length
Custom
Dimension
Custom
Temperature Range
-20℃~60℃
Shore Hardness
80Shore A or customize
Tensile strength
≥5.8Mpa
Elongation at break
≥400%
Tear strength
≥26KN

Review

Description

Rubber Foam Tube for Printer Introduction
Rubber Foam Tube for Printer
Shock Absorption and Vibration Damping
In printers, mechanical vibrations can affect print quality and cause wear on internal components. The foam structure of TPV tubes provides excellent shock absorption, reducing the impact of vibrations generated during the printer's operation. This helps to maintain stable print head movement, ensuring sharp and accurate prints while also extending the lifespan of printer parts.
Noise Reduction
The elastic and porous nature of TPV rubber foam effectively muffles the sounds produced by the printer's moving parts. By minimizing noise, it creates a more pleasant working environment, especially in office settings where multiple printers may be in operation simultaneously.
Rubber Foam Tube for Printer
Rubber Foam Tube for Printer
Chemical Resistance:
Printers often come into contact with various substances, including inks, cleaning agents, and solvents. TPV exhibits good resistance to a wide range of these chemicals, preventing degradation or swelling of the foam tube. This ensures that the tube remains functional over time and does not contaminate the printer or affect the integrity of the printing process.

Rubber Liquid Cooling Hose Properties:
Length
Customizable
OEM/ODM
Available
Reinforcement
Outer Layer Polyester Braiding for Enhanced Strength
Lead Time
10 Days
MOQ
100 Meters
Application
Office & School Supplies
Technical Specification
EPDM rubber (ethylene propylene diene monomer rubber) is a type of synthetic rubber that is used in many applications, with outstanding resistance to oxygen, ozone, and sunlight. Additionally, it also has low temperature flexibility, excellent heat, water and steam resistance. Useful working temperature range is -60°C up to +150°C.
Notes on measuring pipe sizes:
Rubber Foam Tube for Printer
Outer Diameter (OD): The measurement of the tubing's external surface and is typically the larger value.
Inner Diameter (ID): The internal measurement inside the tubing, critical for ensuring proper flow rates.
The most important thing to consider in tubing size is the combination of ID and OD. Selecting the correct measurement unit and ensuring precise compatibility are key to achieving an efficient and leak-proof liquid cooling system. These values also determine the wall thickness of your tubing, which in turn determines its flexibility and resistance to kinking.
What size tubing for liquid cooling?
The most common inner diameter(ID) sizes are 1/4" and 2/9". The outer diameter(OD) of tubing is the measurement between the outer wall of the outer wall of the opposite side. Common OD  sizes for PC tubing are 1/2", 3/7", and 4/9". The wall thickiness of PC cooler tubing is the difference between the OD and ID.
what is coolant tubing made of?
EPDM is the typical tube material because of its strong resistance to heat, hot water, and eth ylene glycol, the most common antifreeze. In some cases, SBR or NBR may be used instead.
Can you use silicone tubing for coolant?
As such, silicone hose could be used in water coolant systems. However, EPDM tubber hoses are also suitable for a variety of water coolant applications and can be more cost-effective than other materials when large quantities are required.
Rubber Foam Tube for Printer
Item
Rubber Foam Tube for Printer
Size
Customize
Material
TPV6375N
Hardness
80Shore A or customize
Color
Black or customize any color
Density
≤0.98cm³
Temperature resistant
-20℃~60℃
Tensile strength
≥5.8Mpa
Elongation at break
>400%
Lead time
3 days for sample, 15 days for batch order
Packing method
Carton/ PE bag / Wooden pallet / Paper roll
Price tip
The price above is for your reference, final actual price depends on your design,material request, surface treatment, order quantity, package request, etc.