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KEPITAL™-POM

KOREA POLYACETAL CO., LTD. (KPAC) is touching the lives of mankind through its latest engineering developments
in various fields related with consumer products, transportation, electrical / electronics, and other industrial products.

  • Outline
  • Grades
KEPITAL™
Molecular structure

KEPITAL™ Copolymer

-(CH2-O)n-(CH2-CH2O)n
불규칙한 분자 구조

KEPITAL™ Homopolymer

-(CH2-O)n-
규칙적인 분자 구조
KEPITAL™
Characteristics
KEPITAL™ Copolymer

KEPITAL™Copolymer having-[C-C]bonds, shows better stability against heat or alkalis than Homopolymer

  1. 1. Fatigue resistance
  2. 2. Resistance to creep
  3. 3. Resistance to friction and wear
  4. 4. Wide range of working temperature
  5. 5. High tolerance to organic chemicals and alkalis
  6. 6. Long-term dimensional stability
  7. 7. Better thermal stability and stronger resistance
         to alkalis than Homopolymer
  8. 8. Long-term durability
  9. 9. Good reproduction
  10. 10. Good flowability
  11. 11. Low deposit on the mold surface during processing
  12. 12. Reliable quality
plus
KEPITAL™ Homopolymer

KEPITAL™ Homopolymer having simplest structure among ether polymers shows better mechanical properties than Copolymer

  1. 1. High viscosity
  2. 2. Excellent mechanical property and stiffness
  3. 3. Good toughness, impact strength and elongation
         property
  4. 4. Wide processing window
  5. 5. Resistance to water, gasoline, solvent and many
         kinds of neutral pH chemicals
  6. 6. Good dimensional stability
  7. 7. Good wear property
Product use

  • Auto mobile

  • IT

  • Home Appliances

  • Industrial materials

This is a view to search properties of our products.

Properties

For searching data sheet, please click “Datasheet” after choosing the grade.

Datasheets
Comparison

For comparison of data sheets, please click “Compare” after choosing maximum 4 grades.

Compare
Homo grades
Classification Processing Characteristics Grade
High viscosity Injection molding, Extrusion molding High stiffness
High toughness		 H100
Standard unfilled grades
Classification Processing Characteristics Grade
High viscosity Extrusion molding
(Rod, Sheet, Tube, Plate, Pipe etc)		 High toughness
Reduced porosity and white mark		 F10 - 01
F10 - 02
Injection molding(Thick part) High stiffness F10 - 03H
Medium high viscosity General injection molding
(Medium melt flow rate between F10 and F20)		 High toughness
Suitable for thick parts		 F15 - 33
Medium viscosity General injection molding
(Standard type)		 Standard and balanced property
General injection molded parts		 F20 – 03
Medium low viscosity General injection molding
(Medium melt flow rate between F20 and F30		 General injection molded parts F25 – 03
High stiffness F25 – 03H
Low viscosity General injection molding
(High melt flow rate)		 Multi-cavities parts
Suitable for thin and small shaped parts		 F30 – 03
Ultra low viscosity General injection molding
(Ultra high melt flow rate)		 Short cycle time
Suitable for thin and small shaped parts		 F40 - 03
Reinforced / Filled grades
Classification Processing Characteristics Grade
Glass fiber reinforced General injection molding
(Low content of glass fiber)		 High rigidity and hardness FG2025K
General injection molding
(Medium content of glass fiber)		 High stiffness and hardness FG2015
General injection molding
(High content of glass fiber)		 Highest stiffness,hardness and HDT
Reduced thermal expansion and shrinkage		 FG2025
Milled glass
fiber filled		 General injection molding Minimized sink mark and warp
Reduced anisotropy		 MF3025
Glass bead filled General injection molding Dimensional accuracy
Minimized sink mark and warp		 FB2030
Talcum filled General injection molding Dimensional stability TC3020
Whisker filled General injection molding High stiffness
Dimensional stability		 FT2020
Impact modified grades
Classification Processing Characteristics Grade
Impact modified General injection molding
(Low contents of impact modifier) 		Good impact strength
Noise reduction
Good surface		 TE-21
TE-22
TE-23(FU2015)
General injection molding
(Medium contents of impact modifier)		 High impact strength
Standard impact modified grade		 TE-24(FU2020)
TE-25(FU2025)
General injection molding
(High contents of impact modifier)		 Ultra high impact strength
Flexibility		 TE-24S
UV & Weather resistance grades
Classification Processing Characteristics Grade
Natural color Medium viscosity General injection molding UV / light resistance(various colors) F20-52
Medium viscosity General injection molding UV / light resistance(various colors)
Suitable for low gloss interior parts		 F20-52G
Black Medium viscosity General injection molding Suitable for interior and exterior parts F20-51
Medium viscosity General injection molding Weather and UV / light resistance
(filled with Carbon Black)
Suitable for interior and exterior parts
High impact strength		 F20-51U
Friction & Wear resistance grades
Classification Processing Characteristics Grade
PTFE General injection molding
(Low contents)		 High friction & wear resistance
High PV limit value		 FL2020
Silicone General injection molding
(Low contents)		 High friction & wear resistance
High PV limit value		 TS-22H
General injection molding
(High contents)		 Highest friction & wear resistance
Highest PV limit value		 TS-25H
General injection molding
(High contents)		 Highest friction & wear resistance
Suitable for delamination free and complicated parts		 TS-25A
MoS2 General injection molding
(Medium viscosity grade)		 Low specific wear rate in condition of high load, low speed and against metal
Suitable for bearing, bush parts		 FM2020
FM2520S
Special Lubricant General injection molding
(Medium viscosity grade)		 High friction and wear resistance
Noise reduction
Silicone free		 NX-20
General injection molding
(High viscosity grade)		 High friction and wear resistance
Noise reduction		 TX-11H
General injection molding
(Low viscosity grade)		 TX-31
Conductive & Anti-static grades
Classification Processing Characteristics Grade
Conductive General injection molding
(Conductive carbon black filled)		 Conductive
General type		 ET-20S
General injection molding
(Conductive carbon black filled)		 Conductive
Improved fuel resistance and toughness		 ET-20A
General injection molding
(Carbon black and carbon fiber reinforced)		 Conductive
High stiffness and high creep strength		 FA-20
LOF grades
Classification Processing Characteristics Grade
Standard High viscosity General injection molding Low formaldehyde gas emission
General injection molding		 F10-03H LOF
Medium viscosity General injection molding F20-03 LOF
Medium high viscosity General injection molding F25-03 LOF
Low viscosity General injection molding F30-03 LOF
UV & Weather resistance Standard General injection molding Low formaldehyde gas emission
UV / light resistance(various color)
For interior parts		 F20-52 LOF
Impact modified Standard General injection molding High impact strength
Low formaldehyde gas emission		 FU2020 LOF2
Glass fiber reinforced Standard General injection molding High content of glass fiber
Low formaldehyde gas emission		 FG2025 LOF
Home Products Product

KEPITAL™-POM

KOREA POLYACETAL CO., LTD. (KPAC) is touching the lives of mankind through its latest engineering developments
in various fields related with consumer products, transportation, electrical / electronics, and other industrial products.

  • Outline
  • Grades
KEPITAL™
Molecular structure

KEPITAL™ Copolymer

-(CH2-O)n-(CH2-CH2O)n
불규칙한 분자 구조

KEPITAL™ Homopolymer

-(CH2-O)n-
규칙적인 분자 구조
KEPITAL™
Characteristics
KEPITAL™ Copolymer

KEPITAL™Copolymer having-[C-C]bonds, shows better stability against heat or alkalis than Homopolymer

  1. 1. Fatigue resistance
  2. 2. Resistance to creep
  3. 3. Resistance to friction and wear
  4. 4. Wide range of working temperature
  5. 5. High tolerance to organic chemicals and alkalis
  6. 6. Long-term dimensional stability
  7. 7. Better thermal stability and stronger resistance
         to alkalis than Homopolymer
  8. 8. Long-term durability
  9. 9. Good reproduction
  10. 10. Good flowability
  11. 11. Low deposit on the mold surface during processing
  12. 12. Reliable quality
plus
KEPITAL™ Homopolymer

KEPITAL™ Homopolymer having simplest structure among ether polymers shows better mechanical properties than Copolymer

  1. 1. High viscosity
  2. 2. Excellent mechanical property and stiffness
  3. 3. Good toughness, impact strength and elongation
         property
  4. 4. Wide processing window
  5. 5. Resistance to water, gasoline, solvent and many
         kinds of neutral pH chemicals
  6. 6. Good dimensional stability
  7. 7. Good wear property
Product use

  • Auto mobile

  • IT

  • Home Appliances

  • Industrial materials

This is a view to search properties of our products.

Properties

For searching data sheet, please click “Datasheet” after choosing the grade.

Datasheets
Comparison

For comparison of data sheets, please click “Compare” after choosing maximum 4 grades.

Compare
Homo grades
Classification Processing Characteristics Grade
High viscosity Injection molding, Extrusion molding High stiffness
High toughness		 H100
Standard unfilled grades
Classification Processing Characteristics Grade
High viscosity Extrusion molding
(Rod, Sheet, Tube, Plate, Pipe etc)		 High toughness
Reduced porosity and white mark		 F10 - 01
F10 - 02
Injection molding(Thick part) High stiffness F10 - 03H
Medium high viscosity General injection molding
(Medium melt flow rate between F10 and F20)		 High toughness
Suitable for thick parts		 F15 - 33
Medium viscosity General injection molding
(Standard type)		 Standard and balanced property
General injection molded parts		 F20 – 03
Medium low viscosity General injection molding
(Medium melt flow rate between F20 and F30		 General injection molded parts F25 – 03
High stiffness F25 – 03H
Low viscosity General injection molding
(High melt flow rate)		 Multi-cavities parts
Suitable for thin and small shaped parts		 F30 – 03
Ultra low viscosity General injection molding
(Ultra high melt flow rate)		 Short cycle time
Suitable for thin and small shaped parts		 F40 - 03
Reinforced / Filled grades
Classification Processing Characteristics Grade
Glass fiber reinforced General injection molding
(Low content of glass fiber)		 High rigidity and hardness FG2025K
General injection molding
(Medium content of glass fiber)		 High stiffness and hardness FG2015
General injection molding
(High content of glass fiber)		 Highest stiffness,hardness and HDT
Reduced thermal expansion and shrinkage		 FG2025
Milled glass
fiber filled		 General injection molding Minimized sink mark and warp
Reduced anisotropy		 MF3025
Glass bead filled General injection molding Dimensional accuracy
Minimized sink mark and warp		 FB2030
Talcum filled General injection molding Dimensional stability TC3020
Whisker filled General injection molding High stiffness
Dimensional stability		 FT2020
Impact modified grades
Classification Processing Characteristics Grade
Impact modified General injection molding
(Low contents of impact modifier) 		Good impact strength
Noise reduction
Good surface		 TE-21
TE-22
TE-23(FU2015)
General injection molding
(Medium contents of impact modifier)		 High impact strength
Standard impact modified grade		 TE-24(FU2020)
TE-25(FU2025)
General injection molding
(High contents of impact modifier)		 Ultra high impact strength
Flexibility		 TE-24S
UV & Weather resistance grades
Classification Processing Characteristics Grade
Natural color Medium viscosity General injection molding UV / light resistance(various colors) F20-52
Medium viscosity General injection molding UV / light resistance(various colors)
Suitable for low gloss interior parts		 F20-52G
Black Medium viscosity General injection molding Suitable for interior and exterior parts F20-51
Medium viscosity General injection molding Weather and UV / light resistance
(filled with Carbon Black)
Suitable for interior and exterior parts
High impact strength		 F20-51U
Friction & Wear resistance grades
Classification Processing Characteristics Grade
PTFE General injection molding
(Low contents)		 High friction & wear resistance
High PV limit value		 FL2020
Silicone General injection molding
(Low contents)		 High friction & wear resistance
High PV limit value		 TS-22H
General injection molding
(High contents)		 Highest friction & wear resistance
Highest PV limit value		 TS-25H
General injection molding
(High contents)		 Highest friction & wear resistance
Suitable for delamination free and complicated parts		 TS-25A
MoS2 General injection molding
(Medium viscosity grade)		 Low specific wear rate in condition of high load, low speed and against metal
Suitable for bearing, bush parts		 FM2020
FM2520S
Special Lubricant General injection molding
(Medium viscosity grade)		 High friction and wear resistance
Noise reduction
Silicone free		 NX-20
General injection molding
(High viscosity grade)		 High friction and wear resistance
Noise reduction		 TX-11H
General injection molding
(Low viscosity grade)		 TX-31
Conductive & Anti-static grades
Classification Processing Characteristics Grade
Conductive General injection molding
(Conductive carbon black filled)		 Conductive
General type		 ET-20S
General injection molding
(Conductive carbon black filled)		 Conductive
Improved fuel resistance and toughness		 ET-20A
General injection molding
(Carbon black and carbon fiber reinforced)		 Conductive
High stiffness and high creep strength		 FA-20
LOF grades
Classification Processing Characteristics Grade
Standard High viscosity General injection molding Low formaldehyde gas emission
General injection molding		 F10-03H LOF
Medium viscosity General injection molding F20-03 LOF
Medium high viscosity General injection molding F25-03 LOF
Low viscosity General injection molding F30-03 LOF
UV & Weather resistance Standard General injection molding Low formaldehyde gas emission
UV / light resistance(various color)
For interior parts		 F20-52 LOF
Impact modified Standard General injection molding High impact strength
Low formaldehyde gas emission		 FU2020 LOF2
Glass fiber reinforced Standard General injection molding High content of glass fiber
Low formaldehyde gas emission		 FG2025 LOF