Formability: crystalline material, narrow melting range, melting and solidification fast, material temperature slightly lower than the melting temperature crystallization. Medium fluidity. Hygroscopicity is small and may not be treated by drying.
POM南通宝理/宝泰菱M25-44
POM南通宝理/宝泰菱M90-04
POM南通宝理/宝泰菱M90-44
POM南通宝理/宝泰菱M270-44
POM南通宝理/宝泰菱F20-02
POM南通宝理/宝泰菱F20-03
POM南通宝理/宝泰菱F30-03
POM南通宝理/宝泰菱M90-88
POM南通宝理/宝泰菱F20-08
POM南通宝理/宝泰菱ZPR
供聚甲醛|赛钢料|POM日本宝理YF-10
供聚甲醛|赛钢料|POM日本宝理SX-35
供聚甲醛|赛钢料|POM日本宝理SF-20
供聚甲醛|赛钢料|POM日本宝理KT-20
供聚甲醛|赛钢料|POM日本宝理GH-25
供聚甲醛|赛钢料|POM日本宝理M25
供聚甲醛|赛钢料|POM日本宝理M25S
供聚甲醛|赛钢料|POM日本宝理M25-44
供聚甲醛|赛钢料|POM日本宝理M25-45
供聚甲醛|赛钢料|POM日本宝理M90
供聚甲醛|赛钢料|POM日本宝理M90S
供聚甲醛|赛钢料|POM日本宝理M90-04
供聚甲醛|赛钢料|POM日本宝理M90-44
供聚甲醛|赛钢料|POM日本宝理M90-45
供聚甲醛|赛钢料|POM日本宝理M270
供聚甲醛|赛钢料|POM日本宝理M270S
供聚甲醛|赛钢料|POM日本宝理M270-44
供聚甲醛|赛钢料|POM日本宝理M270-45
供聚甲醛|赛钢料|POM日本宝理M140S
供聚甲醛|赛钢料|POM日本宝理M140-44
供聚甲醛|赛钢料|POM日本宝理M450S
供聚甲醛|赛钢料|POM日本宝理M450-44
Delrin 100P BK602（NC010）：高粘度缩醛均聚物，刚度和韧性的最佳组合。
Delrin 111P BK402（NC010）：高粘度的缩醛均聚物，具有增强的结晶。
Delrin II 100 NC010：高粘度缩醛均聚物，优异的抗蠕变和抗疲劳性。
Delrin 311DP BK402（NC010）:中高粘度的缩醛均聚物，增强的结晶性和尺寸稳定性。
Delrin 500P BK602（NC010）:中等粘度缩醛均聚物，影响和流动性能的平衡。
Delrin 511P BK402（NC010）:中等粘度缩醛均聚物，增强结晶。
Delrin 900P BK602（NC010）:低粘度缩醛均聚物，高流动性。
Delrin 500PE NC010:中等粘度缩醛均聚物，排放量非常低
Delrin 511DP BK402(NC010):中等粘度缩醛均聚物
Delrin 911DP BK402(NC010):中等粘度缩醛均聚物
eatures:
(1) it is not necessary to dry POM before processing, and it is better to preheat it during processing (about 80℃), which is good for the stability of product size.
(2) the processing temperature of POM is very narrow (0~215℃), and it will decompose when staying in the barrel for a little longer or when the temperature exceeds 220℃, producing highly irritating formaldehyde gas.
(3) the pressure maintaining pressure of POM injection material should be relatively high (similar to the injection pressure) to reduce the pressure drop.
(4) the shrinkage rate of POM products is large, which is easy to shrink or deform.POM is larger than heat, and the mold temperature is high (80~100℃).
(5) POM should be formed and processed under the conditions of "medium pressure, medium speed, low material temperature and high mold temperature". The mold temperature should be controlled when forming precision products