DYI SHENG DS04-P, Operating Manual

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Annotation: The temperature range above for reference only. The exact situation should consider
the influence of environmental conditions and external forces.
MATERIAL AND TEMPERATURE RANGE
Material Descrip � on Temperature Range
Stainless steel (SUS):
Stainless steel is a family of iron-based alloys that contain a minimum of approximately 11% chromium, a composi � on
that prevents the iron from rus � ng, as well as providing heat-resistant proper � es.
-196~800
ﾟ C
Aluminum alloys (AL):
Aluminum has a high chemical a ffi nity to oxygen, which is an oxide fi lm that can avoid oxida � on. It also has excellent
corrosion resistance, high electrical conduc � vity, and thermal conduc � vity, and is non- fl ammable and non-toxic.
-230~500
ﾟ C
Polypropylene (PP):
It is a thermoplas � c polymer used in a wide variety of applica � ons. It has good resistance to hit. Polypropylene at
room temperature is resistant to fats and almost all organic solvents. Non-oxidizing acids and bases can be stored in
containers made of PP. Polypropylene is used in the manufacture of loudspeaker drive units. It is a common polymer
material.
-5~100
ﾟ C
Thermoplas � c
Urethane (TPU):
Thermoplas � c polyurethane (TPU) is any of a class of polyurethane plas � cs with many proper � es, including elas � city,
transparency, and resistance to oil, grease, and abrasion. Technically, they are thermoplas � c elastomers consis � ng of
linear segmented block copolymers composed of hard and so � segments. It has many applica � ons including arms,
medical, food industry.
-30~100
ﾟ C
Viton:
In terms of chemical resistance, fl uorinated rubber has excellent corrosion resistance. For organic solvents, inorganic
acids, strong oxidants, and greases are superior to other types of rubber.
-25~200
ﾟ C
Santoprene:
Santoprene thermoplas � c vulcanizates (TPVs) are high-performance elastomers, which o ff er manufacturing fl exibility,
ease of processing, and durability. It combines the characteris � cs of vulcanized rubber with the processing proper � es
of thermoplas � cs.
-40~135
ﾟ C
Polyethylene (PE):
The thermoplas � c resin is made by polymeriza � on of ethylene, which is also includes a polymer of ethylene and a
small amount of the polyethylene alpha in the industry. It has excellent electrical insula � ng proper � es, very low water
absorp � on, and good low-temperature resistance.
-40~80
ﾟ C
Te fl on:
PTFE is used as a non-s � ck coa � ng. Because of its extreme non-reac � vity and high-temperature ra � ng, PTFE is o � en
used as the liner in hose assemblies, expansion joints, and in industrial pipelines, par � cularly in applica � ons using
acids, alkalis, or other chemicals. Its fric � onless quali � es allow an improved fl ow of highly viscous liquids, and for
uses in applica � ons such as brake hoses.
-190~260
ﾟ C
Bakelite:
The plas � c is made from synthe � c components. Its proper � es made it suited for a much wider variety of purposes. It
was resistant to heat and would not conduct electricity, so it was a really good insulator—which made it par � cularly
useful in the electrical industries emerging.
-50~150
ﾟ C
Ethylene Propylene
Rubber (EPDM):
EPM is considered a valuable elastomer due to its useful chemical and physical proper � es; it is resistant to heat,
oxida � on, ozone, and the weather and it is also not suscep � ble to color loss.
-40~138
ﾟ C
Nitrile Rubber (NBR):
It is a synthe � c rubber copolymer of acrylonitrile (ACN) and butadiene. NBR has good resistance to oils, ordinary
diluted acid, and alkali. The black NBR rubber (containing carbon black) has excellent an � sta � c proper � es. But, when
it is a � ached to ultraviolet and ozone environments, it will be ge � ng bri � le. (Disadvantages for outdoor working) It is
suitable for work and energy-intensive processing. (vulcaniza � on, hardening)
-40~100
ﾟ C