- a8 [# U3 z$ M3 M" M
9 G7 I！ |) @- p6 V
& ampM6 N" C4 }5 B！ D6 z Description of Enterprise Standard Brand Names of Polyethylene, Polypropylene and E/VAC
: ~ z7 _3 y) u Q) v: j Standard brand naming method for low-density polyethylene resin enterprises "~7 b# R5 G* M! Z: }: M
The naming of polyethylene resin brand consists of two parts: the first part is the code representation of the main use or processing method of the material, and the second part is the code representation of the nominal value of the melt flow rate of the material. 9 C$ E+ k0 Z% B0 a7 v
Schematic diagram of the basic model of enterprise standard brand naming: "|$ a0 |! b$ J9 L% z s+ J
The main purpose or processing method code of the nominal value of melt flow rate.
)V6 r-U7 p)l/[' G % Z2 G:V Part 1:3c)L9 p，a( ~/ w)
The main uses and processing methods of materials are based on the first letter of Chinese Pinyin, and the following codes are selected for this product catalogue: 8F6L2r $ v/]; x，W
Q optical film; D- cable material; ZH- Injection of plastic m( c- ]' ]6 h
N- agricultural film; DJ- cross-linked cable substrate; ZJ- impregnating material.
+p $ v)\ ~ z' s 5z 5z # rz- heavy film; F- composite membrane; Electronic pipeline
1 k0 F+ \0 i/ o！ 9 UB-thin thin objects; L- cast film; ; q # D8 j 1 A； @ & ampU3 @% Q
Part II:-n) U6c//b; Day+8 0 day
The code name of the nominal value of melt flow rate is expressed by multiplying the nominal value of melt flow rate by 100 times, but it shall not be less than three integers. If there are only two integers after multiplying by 100 times, add a 0 before these two integers; If the value multiplied by 100 times is four integers, then this number is used as the code. )u$ u q: S3 J/ H，Z，q+ k) t
Example 1: If the MFR is 2 2× 100=200, then 200 is the code name;
3 _$ W 1 r# w9 h8 c/ e/ {* q: H Example 2: If the MFR is 0.45 0.45×100 = 45,045 as the code;
; h % { 2o ' | 7 I(k； M Example 3: If the MFR is 20×100 = 2000, the code name is 2000. & ltbr & gt0 x！ U( c+ B4 o 1 s Part II Supplementary Notes:
[O(W8[" l & amp； M6 X8 m: i Processing method code melt flow rate nominal value code polymer polymerization type code main purpose or characteristic.
6th floor & ampv. S6 O' E! j5w-U & amp； B+ M the first part:
t； The processing method of E5 {( O, @) material is coded by the first letter of English, and the following codes are selected in this product catalogue:
! c9 Y. f) s: x/？ ; R:s # xf- extruded flat film; I- blowing film; Y-shaped rotation;
8d3h, z(v9f. LFC- extruded flat film core layer; Injection molding;
E2l-f:o/x 1 _ x. o8kh- coating; T-shaped extruded flat wire; ; ^ 1 H9 Q$ T- N/ l
The second part:
-G5S2W% S5W8T * The representation of the nominal value code of melt flow rate is the same as that of polyethylene resin.
/C6 J2 H6 E & amp； `% s. a Part III: g$ \7? * F8 A
When the polymerization type of the polymer is homopolymer, the third part is omitted. Other polymer polymerization type codes are shown as follows:
6 r！ N "Q0H+Te-random * * * polymer;
"b * c" \ 8z7d1g # s% OEP-random ternary * * * polymer;
) ~ 9j2s/H6[% u 1Q $ L% L6PM- block * * * polymer with low ethylene content;
7h/M8 SF5o $ kr- block * * * polymer containing ethylene; $ b！ A$ Z) R$ W2 L" l$ X2 ^
U-block polymer with high ethylene content; 5 z R4 \' y2 N" |
H-block polymer with ultra-high ethylene content.
5 V" f 1 M: A0 m$ F ~+ A- P Part III Supplementary Notes:
4 ? 4 I3 `" G，？ ! d ' X； B* f* f If necessary, code names of main uses or characteristics of materials shall be listed at the end of Part III. For example:
(G5} "| 4c2 meters; z！ R' fa- antistatic grade H- thermal aging resistance
$ j9s% d, r:a4 3ub- anti-blocking l- light resistance and/or climate aging 5 t*? :A/ n i2 }) l( }/ i4 F
Controllable Rheological Sodium Aluminizing
; K) s $ g1o1v/d9q4zd-special material for medical γ -ray protection S- lubrication.
+ \+ j！ Q(u "a(m' s)G6H% VG- General grade T- Special material for cigarette filter tow.
:J8 `# y6 p) p s$ t III。 Ethylene-vinyl acetate polymer +QN enterprise standard brand naming method' {7N, K0s' E2w
EVA stands for the nominal VAlue of va content /MFR.
% I 1 u$ D g6 E Appendix IV Comparative Table of National Standard Brands and Enterprise Standard Brands of Polyethylene, Polypropylene and E/VAC1Q/A3 {&; `5 |; Five ~
Table 1 Comparison Table of National Standard Grade, Import Grade and Enterprise Standard Grade of Polyethylene
1e+M5 K9 w； | 9h S(b； S serial number national standard brand imported brand enterprise standard brand (c" [- l 1 A9 b
1 PE-fs b-27d 075 ym 6 1 B700，@ 8k 1 {:A； [United Arab Emirates]
2 PE-KA- 18d 00 1 WC30 d 0 15！ I . p 1 ` 0 { 6 X5 ^9 ` & lt； br & gt3 PE-KA- 18D002 EC30 D024，Z2 x 1 @； Q # f " W & ltbr & gt4 PE-MX- 18d 0 12 EF30 d 1 10 & lt； br & gt，~/ X！ i0 s9 X5 PE-MX-23D022 DJ200！ t:e)J-k-R2]$ k .[% v & lt； br & gt6 PE-MX-23d 022-A DJ 2 100 \:K)P % P+F(S K ' a5 H5 A，v # C & ltbr & gt7pe-H- 13d 045 LK30 FH 400:a3 z $ X & amp； D * L0 @ & ltbr & gt8 PE-cs b-23d 045 zk60 l400+s)v % ^# x % B0？ (v3 c & ltbr & gt9 PE-CSBA-23d 045 ZK 6 1 l 40 12 F)S8 Y * I！ t/d ' g3v(w & lt； br & gt 10 PE-GAS- 18d 0 12 YF30 n 1 10 & lt； br & gt9y； e # l4n； L6 V6 K7 x 1 1 PE-FAS- 18d 0 12 AF30 n 150 " q . y8 l4 f . U7 w % P9 @ 1 @ & lt； br & gt 12 PE-FAS- 18d 022 ah40n 220 & lt； br & gt* J2 { 6 L3 b * G； B9 o % x:[ 13 PE-FAS- 18d 045 YK30 n 400 1 ` ' a(f . Y/F0 C，K9 p2 f & ltbr & gt 14 PE-FASB- 18d 045 yk 3 1n 40 18k/U4 n5 j $ r(D2 _ 7 U:x+}
15 PE-FAS- 18d 045 AK30 N450。 P) O o) I+ T/ }$
16 PE-FSB-23d 022 YH50 Q200 & amp； |/ U( h4 M' B
17 PE-FSBA-23d 002-B q 20 1
3 \ 7 a4 j4 X5 Y0 N(A 18 PE-fs b-23d 022-A NH50 Q280
# y* S，j ' W5 Z8 q/o 19 PE-FSBA-23d 022-A NH 5 1 q 28 1/K ' | 7 X7 W0 U ' }(L * K % w q 1 q 5 ~
20 PE-FSB-23D045 - A Q3 10
. ? 4 k！ e9 | 8l * M J & amp； m)M3 n 2 1 PE-fs b-23d 045 YK50 Q400
J 1 d" v4 k/ @！ u； v:A & amp； @ 7 g22 PE-FA- 18d 002 ZE33 Z025
M8 M & amp\$ a8 |6 q' R，` 23 PE-FA- 18D002 - A Z030* m，`。 a % ^&； K" S/ Y
24 PE-FAS- 18D006 HE30 Z045
4 z6 l9 U. O6 K”？ :B25 PE-M- 18d 00 1 zh 0 15
6t)q ' a 1 z6 b . v " s26 PE-M- 18d 006 zh 080
& amp？ * V5 E & ampA0 b+z27 PE-M- 18d 0 12 zh 1 10
-x2 N0 L4 l # l w . e28 PE-M- 18d 0 12-A zh 120
. q(u9 n % I ' ` 4 W2 K ' s29 PE-M- 18d 0 12-B zh 1509 O)S:h % D)e
30pe-M-23d 022-A zh 200+V & amp； p) q/ W7 h2 k$ P9 Z 1 b+ r( g
3 1 PE-M- 18d 022-A zh 220
K，Q0 C6 w6 Y-z2 Z & amp； l32 PE-M-23D022 ZH280" {。 L & ampr； R3 j8 y4 v ~”B
33 PE-M- 18D045 ZH400
4 I:b； ` # A0i51D6 South and East N34PE-M-23D045ZH4107h "D5n, a% r5 [
35 PE-M- 18d 075 zh 700 ' p； @ 8k & amp； ^: i3 ~ & amp； h# s！ y
36 PE-M- 18d 100 zh 1200 # y，p！ J* s3 }0 l8 e！ \" F9 M
37 PE-MA- 13d 200 MS30 zh 2000 1e)V ' l $ D:？ ，y
38 PE-M- 18d 300 zh 3000)j； l5 r }) g* \# C" H
39 PE-HAS-23D300 ZJ2600$ L( J2 n8？ 8 Y+ R( |* A
Table 2 Comparison Table of National Standard Brand, Imported Brand and Enterprise Standard Brand of Polypropylene% W% i6 z% Q+ q
Serial number national standard brand imported brand enterprise standard brand
& ampD7 Q+ X4 m，l/B2 a 1 PPH-F-022 S38F F F 180
3Y-M $ I-Y $ k:R " B:M:w2 PPH-F-022-A F280
* C: L* k5 z7 `( c" ~3 PPH-F-045 F350，r" b: i3 u，|" L) S6 p 1 F
4 PPR-F-075 EP 1X35F F800E
8x)v5x & amp； g； g，S； X & amp^8 H5 PPH-t-075 x30s i800)~(t8 M9 a9 I
6 PPH-TS-075 X37F I900
$ z% T2？ 7 J！ p)P5 ^7 PPR-t-022 EP 2s 34 f I 180 E8 l:m！ s8 K0 ]) v8 a
8 PPH-E-003 D60P m 0300m； y-y . w $ T！ Z2 H
9 PPH-E-006 Q30P M070/j & amp； k4 \！ S* J
10 PPH-M-0 12M 150
:y( v0？ 6 L:B 1 n3 g/D # p 1 1 PPH-M-022-B M 180
2m-[2g ]T4 P3 V5 G 12 PPH-M-022 M300
! Me? 0℃ & AMPY1k "G. {{13 PPH-M-045M500 # Z/J3 H & AMPM7E $ X3C <; br & gt 14 PPH-M-075 M700 & lt； br & gt& ampH0 }$ _% W/ S，F% b' j' @。 t 15 PPH-M- 105M 1 100。 h & ampy6 e" s. F
16pph-m-140v30g m1600 "J3 Q( \) X% N. T" m) n# Y
17 PPH-M-225 M2600
0 U* W！ j9v & amp； o+d * I-[ 18 PPB-Q-006 eqp 30m m080m 8 p9 H！ ^8 Z( D
PPB-M-0 12
& ampl # K:o & amp； |6 |/ f，z' L- l* R20 PPB-M-045 EPT30R M350R
# n ' m3]& amp； h: O 1？ 1 x8[2 1 PPB-M-075 EPC 30 r m700 r
7 ? "g (i2k9q22ppb-m-140epf30r m1300r.
, ? 2 `* t4 r" d- \% e5 |！ o9 S23 PPB-MP-225 HHP 1m 2 10 1R
& ampx- B- J！ B6 T9 j4 a/S24 PPB-MP-225-M HHP 2M 2 102 r 1 e Q:W，X4 ]
25 PPB-MP-300m 3000 r)`% ~ 7 _/D ' _:Y(M2 D7 o
26 PPB-MP-0 12-A EPS 30 u m 150 u " R(C # w * \/I/J ' _ 4 o
27 PPB-MP- 105 sp 179 M800U
* G/D4 } % t0 f 1 _； d； A28 PPH-T-022 T230/ s8 J7 _# p8 z' E, one r9 X
29 PPH-T-022 - A T30S T300
3 t！ E+ ^- q4 s30 PPH-T-045 T350
* H % P ' @ 7 I $ P/S $ H 3 1 PPH-YL-045 C30S y 6006 L+Y4 P ']-Y2 V！ t 1i & amp； b5 w
32 PPH YL 105 F30S y 1200
，X； u9 c)W $ L4 L)I & amp； Question and answer; v 33 PPH-YL- 140y 16008G * Y5 d * D6 E7 b 1 f:I $[
34 PPH-YL- 180y 20007 Z/Z % y:F % k 1 e ' Z4 b)} * I
35 PPH-YL-225 Z30S y 2600 # o & amp； c，X7 X. z* _
36 PPH YL 300 H30S y 3000
; F 1 v！ ? (B-q $ d % u:L37 PPH-YL-425y 3500 1 i6[" h 1 u-Y5 L $ ~+V
38 PPH-YL-225 Y2600T
:f，L； ` 9j * I8 R+s ' N:[39 PPH-FZ-022 S38FA F200A/{-t .[，Q" t ' `。 b
40 PPH-MZ-300 H32GA m 3500 ca 0H . w . { 9 e)U6 H & lt； br & gt4 1 PPR-FZ-075 EP 1x 34 af f 850 ea； r+G O:y+D(@ 1 \ & lt； br & gt42 PPR-FZ b-075 EP 1x 35 af f 850 EBA 9 o * @ 6 o6 a 1t 1 }-W！ Q
43 PPH-M-225 z 1 1G M 2500 CD！ /University
44 PPH-MZ-425 H23G M3700C% |( O: s，p8 } * v7 }B5 ~
45 PPH-YH-300 YZ22S y 2500 c $ T9 } 0 S4 A8 n9 G " E
46 PPH-YH-425 H22S y 3700 c/x2 R * ` 3 Q $ x:Z3 r5 D & amp； m9 E
47 PPR-FH-045 EP3C37F F500EPS
9g & amp； h( M: e3 K9 W，X & ampx" W，{% }48 PPR-FHS-045 EP3C39F F500EP。 T. X9 s0 _* Z3 @
PPR-FHS-075 EP 3x 37 f f 800 EPS/o/}(V)T {(E4)
50 PPH-YL-022s 8 1S y 180 l
"%d" ~% J3 l6r: m 51PPH-FH-022s28f200. q% d* i，P4 Z 1 Y: T/ p
52 PPH-YL-022―― a YS33LS Y200L2 z) G! p) ~9 U3 _+ [6 H2 G
53 PPH-F-045――T36F F320。 f5 B9 X6 x
54 PPR-M-075 EP2X32GA M800