Molding conditions

Category Non reinforced High molecular Friction modified Non reinforced, Flame retardant
Grades 1300S
1402S
1500
1502
1502S
1700S
1702
9400S
1442
1542
FR200 FR370
FR650
Predrying Conditions
(Dehumidifying drying or
Vacuum drying)
Temp. (°C) 80-90 80-90 80-90 80-90 80-90
Time (hr.) 2-3 2-3 2-3 2-3 2-3
Molding
Conditions
Resin Temp. (°C) 270-290 270-290 270-290 250-260 265-275
Mold Temp. (°C) 75-85 75-85 75-85 75-85 75-85

 

区分 GF Reinforced GF reinforced,
Excellent surface and enhanced strength
Special composite,
Excellent surface and enhanced strength
GF reinforced,
High stiffiness after absorption of water
Impact modified
Grades 13G15
1300G
13G43
13G50
14G15
1402G
14G25
14G30
14G33
14G35
14G43
14G50
90G33
90G50
90G55
90G60
91G55
91G60
SG104
SG105
SG106
TR161
TR382
Predrying Conditions
(Dehumidifying drying or
Vacuum drying)
Temp. (°C) 80-90 80-90 80-90 80-90 80-90
Time (hr.) 2-3 2-3 2-3 2-3 2-3
Molding
Conditions
Resin Temp. (°C) 275-295 275-295 275-295 280-300 270-290
Mold Temp. (°C) 75-85 85-95 85-95 100-120 75-85

 

Category GF reinforced,
Excellent surface and enhanced stiffness
GF reinforced,
Hydrosis resistance
Special composites, general GF reinforced,
flame retardant
GF reinforced,
high stiffness, flame retardant
GF reinforced,
excellent surface,
halogen-free flame retardant
Grades 54G33
54G43
93G33
53G33
BG230
CR103
CR301
CR302
MR001
1330G
FG170
FG171
FG172
FG173
FH772
SH10E SN10B
SN103
Predrying Conditions
(Dehumidifying drying or
Vacuum drying)
Temp. (°C) 80-90 80-90 80-90 80-90 80-90 80-90
Time (hr.) 2-3 2-3 2-3 2-3 2-3 2-3
Molding
Conditions
Resin Temp. (°C) 270-290 270-290 275-295 270-280 275-290 280-290
Mold Temp. (°C) 75-85 75-85 75-85 75-85 110-130 85-95

 

Note
  1. Pre-drying conditions indicate dehumidified or vacuum-dried conditions. Please note that prolonged drying at high temperatures may result in discolouration.
    Unopened products do not need to be dried if they are to be used immediately after opening. Three hours after opening should be used as a guide.
    In case of high moisture absorption, vacuum drying (90°C, 24 hours) is recommended.
  2. The mold temperature for Leona™ 90G series should be higher than that of standard nylon 66 (recommended temperature 90°C).

TENAC™

Asahi Kasei started the production and sales of TENAC™ homopolymers in 1972, followed by copolymers in 1985, and the world-first polyacetal block copolymers TENAC™ LA series in 1987.
The company started production and sales of copolymers in Zhangjiagang, China since 2004 in addition to the plant in Japan.
In the polyacetal business field, Asahi Kasei is the world's only manufacturer of both homopolymers (TENAC™) and copolymers (TENAC™ -C), as well as for the block copolymers "TENAC™ LA series" with its own unique technologies.

LEONA™

The Asahi Kasei LEONA™ grades are molding compounds based on PA66, PA612 and semi-aromatic polyamides such as PA66/6I. The range is available in unfilled grades as well as reinforced with glass fibers and special composites. LEONA™ is noted for its high strength, heat, oil, and abrasion resistance as well as for its processability.

Asahi kasei has long experience on the polyamide market since 1972, and is fully able to produce PA66 completely from monomer to compound. Our compounding technologies allow for global quality with local production.

XYRON™

Asahi Kasei started the production and sales of XYRON™ in March 1979. XYRON™ consists of various portfolio that enables the selection of various PPE alloy combinations with other resins such as polystyrene (PS), polyamide (PA), polypropylene (PP), polyphenylene sulfide (PPS) .

TENAC™

Asahi Kasei started the production and sales of TENAC™ homopolymers in 1972, followed by copolymers in 1985, and the world-first polyacetal block copolymers TENAC™ LA series in 1987.
The company started production and sales of copolymers in Zhangjiagang, China since 2004 in addition to the plant in Japan.
In the polyacetal business field, Asahi Kasei is the world's only manufacturer of both homopolymers (TENAC™) and copolymers (TENAC™ -C), as well as for the block copolymers "TENAC™ LA series" with its own unique technologies.

LEONA™

The Asahi Kasei LEONA™ grades are molding compounds based on PA66, PA612 and semi-aromatic polyamides such as PA66/6I. The range is available in unfilled grades as well as reinforced with glass fibers and special composites. LEONA™ is noted for its high strength, heat, oil, and abrasion resistance as well as for its processability.

Asahi kasei has long experience on the polyamide market since 1972, and is fully able to produce PA66 completely from monomer to compound. Our compounding technologies allow for global quality with local production.

XYRON™

Asahi Kasei started the production and sales of XYRON™ in March 1979. XYRON™ consists of various portfolio that enables the selection of various PPE alloy combinations with other resins such as polystyrene (PS), polyamide (PA), polypropylene (PP), polyphenylene sulfide (PPS) .