Silicone plugs are flame-resistant, heat-resistant, moisture-resistant, water-resistant and have good electrical insulation.

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Silicone is a polymer between organic and inorganic. It consists mainly of silica, which is chemically stable and non-flammable. Silicone has high thermal stability that can withstand extreme temperatures from -40 ºC to 230 ºC with a heat resistance up to 260 ºC.

Silicone is a highly activated adsorption material, which is an amorphous substance that can vary in consistency from liquid to gel to grease or to elastomer. It is insoluble in water or any solvent that is non-toxic, odorless and chemically stable. Silicone does not react with any substances except strong base and hydrofluoric acid, which demonstrates the irreplaceable benefits comparing to other similar materials: high adsorption performance, good thermal stability, stable chemical properties, and high mechanical strength, etc. Products made of silicone can be seen in daily necessities, kitchenware, sporting goods, baby products, beauty and health care products, and so on, in our daily life, and Dafeng integrity provides you with the best silicone customization options.

Introduction of silicone plugs

One of the reasons choosing silicone products might be having specific requirements for high temperature resistance, for example, commonly used silicone plugs would sometimes need to be used in different environments with high and low temperature resistance.

Different silicone plugs aimed at specific industries can be roughly divided into several types, and can also be limited to the temperature resistance conditions of the silicone itself.

For example, silicone through hole plus for though holes, silicone stopper plugs, and countersunk threaded type high-temperature resistant plugs, are three different types of plugs used in different fields, which lead to different temperature resistance effects as the selection of product materials and thicknesses varied depending on the fields they are used in. Comparing to the other two, the selection of through hole plugs is relatively standardized, which has good high temperature resistance. If considered to increase the effect of high temperature resistance, it is encouraged to use the gas chromatography technique to increase the density of the raw materials. As to the reasons of the relatively lower high temperature effect of stopper and threaded type plugs are due to the differences in shape and structures, which caused the faster sensation when contacting to high temperatures. Literally, through hole plugs products are hollow with simple structures that have think wall thicknesses without any internal complexity; while the stopper and threaded type plugs have uneven and complex product structures, which bring higher apparent temperature that supports the heat transfer. Although conventional test of the high and low temperature resistance of silicone products is still -40°C to 230°C, with the structure of silicone products and the characteristics of raw materials, this limitation may be overfulfill and achieve better temperature resistance. As for the temperature resistance performance of silicone plugs, normal high temperature resistance can still overfulfill the usage limits!

Method of cleaning for silicone plugs:

  1. Clean water: silicone plugs can be rinsed with water. If the plugs are left on greasy dirt, apply soap and then rinse the silicone plugs with water. Silicone plugs can be dried directly using the air heater. Do not expose to the sun. Although silicone is a strong anti-corrosion material, it turns yellow with prolonged exposure to the sun. Note: Do not frequently wash the plugs, otherwise they will turn yellow.
  2. Alcohol cleaning: before cleaning silicone plugs, use alcohol cotton to clean it. Note that the cotton swab should be made of wood or bamboo, not plastic. Use soft cotton clothes with alcohol to gently wipe through the silicone plugs.
  3. Use an eraser: the dirt on silicone plugs can be cleaned up using erasers. With minor dirt on the silicone plug, try wiping it with an eraser several times, and then rinse it with water, which brings good cleaning result. If the erasers couldn’t solve the yellowing problem on the plugs, try using toothpaste, which is also a very effective cleaning tool.

Silicone plugs

Push-in plugs

Protective caps


S1421NE01-Heat-resistant tapered plug

S1421NP04-Red cap plug

S1421NP14-Straight edge cap

S1421NE02-Heat-resistant pull plug

S1421NP05-Red wide-edged cap plug

S1421NP15A-Easy-fit/flip cap with ring pull

S1421NE03-Heat-resistant flangeless threaded plug

S1421NP06A-Drum plug

S1421NP15B-Grease nipples with retaining tap

S1421NE04-Heat-resistant washer plug

S1421NP06B-Parallel protection plug

S1421NP15C-Long bolt protection cap

S1421NE05-Heat-resistant conical plug

S1421NP07A-Push-in plug with lateral pull tab

S1421NP16A-Bolt and nut protection cap

S1421NE06-Heat-resistant flangeless pull tapered plug

S1421NP07B-Yellow wide-edged tapered cap plug

S1421NP16B-Yellow pull-tab cap

S1421NE07-Heat-resistant gasket pull plug

S1421NP08A-Black rubber cap plug

S1421NP16C-Blue pipe and tube protection cap

S1421NE08-Rat tail plug

S1421NP08B-Centered pull-tab plug

S1421NP17A-Black pipe and tube plastic cap

S1421NE09-Heat-resistant flangeless corrugated plug

S1421NP09A-Transparent tapered plug

S1421NP17B-End protection cap

S1421NE10-Hollow threaded handle plug

S1421NP09B-Lateral pull-tab plug

S1421NP17C-Inner fin bolt cap

S1421NE11-Double headed plug

S1421NP09C-Small side pull-tab plug

S1421NP18A-Long round flexible soft cap

S1421NE12-Double gasket threaded plug


S1421NP10A-Parallel rubber plug

S1421NP18B-Flexible soft cap with pull handle

S1421NE13-Heat-resistant protection cover

S1421NP10B-Red threaded push-in plug

S1421NP19A-Rectangular flexible soft cap

S1421NE14-Gasket protection cover

S1421NP10C-Solid plug

S1421NP19B-Square flexible soft cap

S1421NP10D-Yellow pull-tab plug

S1421NP20A-Wide flange cover

S1421NP11A-Rubber handle plug

S1421NP20B-Raised face flange protectors with mounting tab

S1421NP11B-Silicone water stopping plug

S1421NP20C-SAE hexagonal flange protection

S1421NP12A-Groove-headed plug

S1421NP21A-Small flange protective cover

S1421NP13A-RJ interface plug

S1421NP21B-Blue flange cover

S1421NP13B-Round cover plug

S1421NP21C-Driveshaft protection cap

Screw cap plug

Pipe plug


S1421NP22-Slotted thread sealing plug

S1421NP35A-Oval tube plug

S1421NP23A-Threaded fitting plug

S1421NP35B-Square tube plug

S1421NP23B-Threaded internal caps with hexagonal head and assembled O-ring

S1421NP36A-Chromium surface round tube plug

S1421NP24A-Round-headed thread plug

S1421NP36B-Rectangular tube plug

S1421NP24B-Yellow hexagonal screw threaded plug

S1421NP37A-Round tube plug

S1421NP25A-Metal threaded plug

S1421NP37B-Light round tube plug

S1421NP25B-Inner hexagonal threaded plug

S1421NP38A-Shrapnel threaded pipe connector

S1421NP26A-Taper pipe threaded plug

S1421NP38B-Desk cable hole plug

S1421NP26B-Red threaded cap

S1421NP39A-Plastic thread round pipe plug

S1421NP27-Threaded sealing cap with gasket

S1421NP39B-Plastic thread square pipe plug

Silicone is a polymer between organic and inorganic. It consists mainly of silica, which is chemically stable and non-flammable. Silicone has high thermal stability that can withstand extreme temperatures from -40 ºC to 230 ºC with a heat resistance up to 260 ºC.

Silicone is a highly activated adsorption material, which is an amorphous substance that can vary in consistency from liquid to gel to grease or to elastomer. It is insoluble in water or any solvent that is non-toxic, odorless and chemically stable. Silicone does not react with any substances except strong base and hydrofluoric acid, which demonstrates the irreplaceable benefits comparing to other similar materials: high adsorption performance, good thermal stability, stable chemical properties, and high mechanical strength, etc. Products made of silicone can be seen in daily necessities, kitchenware, sporting goods, baby products, beauty and health care products, and so on, in our daily life, and Dafeng integrity provides you with the best silicone customization options.

Introduction of silicone plugs

One of the reasons choosing silicone products might be having specific requirements for high temperature resistance, for example, commonly used silicone plugs would sometimes need to be used in different environments with high and low temperature resistance.

Different silicone plugs aimed at specific industries can be roughly divided into several types, and can also be limited to the temperature resistance conditions of the silicone itself.

For example, silicone through hole plus for though holes, silicone stopper plugs, and countersunk threaded type high-temperature resistant plugs, are three different types of plugs used in different fields, which lead to different temperature resistance effects as the selection of product materials and thicknesses varied depending on the fields they are used in. Comparing to the other two, the selection of through hole plugs is relatively standardized, which has good high temperature resistance. If considered to increase the effect of high temperature resistance, it is encouraged to use the gas chromatography technique to increase the density of the raw materials. As to the reasons of the relatively lower high temperature effect of stopper and threaded type plugs are due to the differences in shape and structures, which caused the faster sensation when contacting to high temperatures. Literally, through hole plugs products are hollow with simple structures that have think wall thicknesses without any internal complexity; while the stopper and threaded type plugs have uneven and complex product structures, which bring higher apparent temperature that supports the heat transfer. Although conventional test of the high and low temperature resistance of silicone products is still -40°C to 230°C, with the structure of silicone products and the characteristics of raw materials, this limitation may be overfulfill and achieve better temperature resistance. As for the temperature resistance performance of silicone plugs, normal high temperature resistance can still overfulfill the usage limits!

Method of cleaning for silicone plugs:

  1. Clean water: silicone plugs can be rinsed with water. If the plugs are left on greasy dirt, apply soap and then rinse the silicone plugs with water. Silicone plugs can be dried directly using the air heater. Do not expose to the sun. Although silicone is a strong anti-corrosion material, it turns yellow with prolonged exposure to the sun. Note: Do not frequently wash the plugs, otherwise they will turn yellow.
  2. Alcohol cleaning: before cleaning silicone plugs, use alcohol cotton to clean it. Note that the cotton swab should be made of wood or bamboo, not plastic. Use soft cotton clothes with alcohol to gently wipe through the silicone plugs.
  3. Use an eraser: the dirt on silicone plugs can be cleaned up using erasers. With minor dirt on the silicone plug, try wiping it with an eraser several times, and then rinse it with water, which brings good cleaning result. If the erasers couldn’t solve the yellowing problem on the plugs, try using toothpaste, which is also a very effective cleaning tool.

Model

Dimensions (mm)

Thread

Type

d1

d2

H

Metric thread

American thread

Imperial thread

SCP01-1.6-0.4-15.9

1.6

0.4

15.9

Solid

SCP02-2-0.5-19.1

2

0.5

19.1

M2

Solid

SCP03-2-0.5-25.4

2

0.5

25.4

 

 

 

Solid

SCP04-3.2-0.8-15.9

3.2

0.8

15.9

M2

Solid

SCP05-3.2-1.6-15.9

3.2

1.6

15.9

M3

Solid

SCP06-4.8-1.6-15.9

4.8

1.6

15.9

M3, M4

Solid

SCP07-4.8-1.6-19.1

4.8

1.6

19.1

M3, M4

Solid

SCP08-5.5-1.2-38.1

5.5

1.2

38.1

M3, M4, M5

Solid

SCP09-6.4-3.2-19.1

6.4

3.2

19.1

M5, M6

1/4

Solid

SCP10-6.4-3.2-25.4

6.4

3.2

25.4

M5, M6

1/4

Solid

SCP11-7-4-20

7

4

20

Solid

SCP12-7-3-25

7

3

25

Solid

SCP13-7.1-1.7-38

7.1

1.7

38

Solid

SCP14-8.7-4.8-15.9

8.7

4.8

15.9

M7, M8

5/8

1/16

Solid

SCP15-8.7-4.8-25.4

8.7

4.8

25.4

M7, M8

5/8

1/16

Solid

SCP16-9.2-6.2-12.8

9.2

6.2

12.8

M8

5?8

1/8

Solid

SCP17-9.2-3.2-31.8

9.2

3.2

31.8

Solid

SCP18-9.5-6.5-18.5

9.5

6.5

18.5

M8

5/8

1/8

Solid

SCP19-9.5-6.4-12.7

9.5

6.4

12.7

M10

3/8

1/8

Solid

SCP20-9.5-6.4-19.1

9.5

6.4

19.1

M10

3/8

1/8

Solid

SCP21-10-6-20

10

6

20

Solid

SCP22-10.5-6.5-25.4

10.5

6.5

25.4

Solid

SCP23-11-8.5-17.5

11

8.5

17.5

M10

3/8

Solid

SCP24-11.1-8.7-17.5

11.1

8.7

17.5

M12

7/16

Solid

SCP25-11.1-6.4-25.4

11.1

6.4

25.4

M10, M12

3/8

1/8

Solid

SCP26-11.5-6.5-25

11.5

6.5

25

M10

3/8

1/8

Solid

SCP27-12-9-18

12

9

18

M10

7/16

Solid

SCP28-12.7-3.2-50.8

12.7

3.2

50.8

M10

7/16

Solid

SCP29-13-9-25

13

9

25

Solid

SCP30-14-7-27.9

14

7

27.9

Solid

SCP31-14.3-7.9-28.6

14.3

7.9

28.6

M10,M12,M14

7/16 ,1/2 ,9/16

1/4

Solid

SCP32-14.3-9-25.4

14.3

9

25.4

M10, M12, M14

7/16 ,1/2 ,9/16

1/4

Solid

SCP33-15.1-10.3-25.4

15.1

10.3

25.4

M14, M16

1/2 ,9/16

Solid

SCP34-15.9-11.1-22.2

15.9

11.1

22.2

M14, M16

9/16 ,5/8

3/8

Solid

SCP35-16.7-12.7-25.4

16.7

12.7

25.4

M16

5/8

3/8

Solid

SCP36-17-13-25

17

13

25

Solid

SCP37-17.5-11.1-25.4

17.5

11.1

25.4

M14, M16, M18

5/8

3/8

Solid

SCP38-18-14-20

18

14

20

Solid

SCP39-19.1-14.3-25.4

19.1

14.3

25.4

M18, M20

3/4

Solid

SCP40-19.1-14.3-14.3

19.1

14.3

14.3

M18, M20

3/4

Solid

SCP41-19.8-15.9-25.4

19.8

15.9

25.4

M20

3/4

1/2

Solid

SCP42-20-15.5-16

20

15.5

16

M20

3/4

1/2

Solid

SCP43-20.6-15.9-25

20.6

15.9

25

Solid

SCP44-22-16-25.4

22

16

25.4

Solid

SCP45-23.5-19-19.5

23.5

19

19.5

M22

7/8

Solid

SCP46-23.5-19.1-25.4

23.5

19.1

25.4

Solid

SCP47-23.5-20-10

23.5

20

10

Solid

SCP48-23.8-18.3-25.4

23.8

18.3

25.4

M22

7/8

Solid

SCP49-25.4-19.8-25.4

25.4

19.8

25.4

M22, M24

1

3/4

Solid

SCP50-26-20-25

26

20

25

Solid

SCP51-27-23-25.4

27

23

25.4

M27

Solid

SCP52-27.9-23.8-25.4

27.9

23.8

25.4

M30

11/8

Solid

SCP53-31-25-30-Z

31

25

30

Hollow

SCP54-31.8-26.2-25.4

31.8

26.2

25.4

M33

11/4

Solid

SCP55-33.4-27-25.4

33.4

27

25.4

M33

11/4 ,13/8

1

Solid

SCP56-34-27-25.4

34

27

25.4

Solid

SCP57-36.5-30.2-25.4

36.5

30.2

25.4

M36

13/8

Solid

SCP58-37-30-25.4

37

30

25.4

Solid

SCP59-38.9-31.8-25.4

38.9

31.8

25.4

M39

11/2

Solid

SCP60-39-31-25-Z

39

31

25

11/2

Hollow

SCP61-41.3-33.3-25.4

41.3

33.3

25.4

M39, M42

11/2

11/4

Solid

SCP62-42.9-35.7-25.4

42.9

35.7

25.4

M42

11/4

Solid

SCP63-43-36-25-Z

43

36

25

M42, M45

13/8

Hollow

SCP64-44.5-37.3-25.4

44.5

37.3

25.4

M48

Solid

SCP65-46-38-25-Z

46

38

25

Hollow

SCP66-46-38.1-25.4

46

38.1

25.4

M48

11/2

Solid

SCP67-50-41.3-25.4

50

41.3

25.4

11/2

Solid

SCP68-52.4-44.5-25.4

52.4

44.5

25.4

M56

Solid

SCP69-53-45-25-Z

53

45

25

Hollow

SCP70-56-47.6-25.4

56

47.6

25.4

M56

Solid

SCP71-62.7-50-25.4

62.7

50

25.4

M64

2

Solid

SCP72-63-50-25-Z

63

50

25

M60, M62

Hollow

SCP73-63.5-54-25.4

63.5

54

25.4

M64

2

Solid

SCP74-68.3-57.9-25.4

68.3

57.9

25.4

Solid

SCP75-75-61.9-34.9

75

61.9

34.9

2 1/2

Solid

SCP76-88.9-76.2-38.1

88.9

76.2

38.1

3

Solid

SCP77-101.6-82.6-38.1

101.6

82.6

38.1

Solid

SCP78-127-88.9-50.8

127

88.9

50.8

4

Solid