high temperature resistance silicone nozzles

Short Description:

DECAI has been committed to silicone nozzles products all the year round, with strong strength. Silicone rubber rollers are widely sold all over the world!

Product Name:: high temperature resistance silicone nozzles

Raw Material:: Imported Silicone from USA,Japan

Outer diameter:: 9mmm

Inner diameter:: 4.5mm

Length:: 10 -20 mm, etc.

Application:: Heat transfer machine

High temperature resistance: Upto 350 degree

Hardness:: 30---90 Shore A

Price:: 5USD/CM

Delivery Time:: 3-5 days after paid

Feature:: Good elasticity, wear resistant, oil resistant, etc.

Color:: Orange

Brand Name:: DECAI

MQQ:: 60CM

Customized specifications: Support

Terms of payment:: T/T,WU,Trade assurance by Alibaba

Note:: Taiwan machine with 58MM inner dia;China machine with 38MM inner size

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Product Detail

Video

Silicone rubber nozzles are wheel-shaped articles made of room temperature silicone as the basic material, adding a fixed proportion of hydrocarbon-based element materials, and vulcanized in a single time.

heat transfer printing silica gel for sales

Heating transfer silicone rubber roller-3

Performance characteristics
1. The smaller the shrinkage rate, the better.
2, to have good operating performance.
3. The hardness should be suitable for product use.
4, the pulling force is better.
5. The silicone mold made cannot be deformed.
6. Better fluidity, low viscosity and easy operation.

Imported silicone raw materials with guaranteed quality products

Imported raw materials have good heat resistance, cold resistance, ozone resistance, and atmospheric aging resistance. Has good electrical insulation properties.

After the formulation, the tensile strength can reach 1500PSI and the tear resistance can reach 88LBS. It has good elasticity and good compression. It has good resistance to neutral solvents, good heat resistance and cold resistance. Ozone and oxide erosion have good resistance, good electrical insulation performance, good heat insulation and heat dissipation