Ultramid B3EG3 is a 15% glass fiber reinforced injection molding PA6 grade.

Ultramid B3EG6 is a 30% glass fiber reinforced injection molding PA6 grade.

Ultramid B3EG7 is a 35% glass fiber reinforced injection molding PA6 grade.

Ultramid B3K is an easy flowing, stabilized PA6 product for fast processing.

Ultramid B3S Easy flowing, finely crystalline injection moulding grade for very fast processing.

Ultramid B3WG5 is a 25% glass fiber reinforced injection molding PA6 grade with heat aging resistance.

Ultramid B3WG6 is a 30% glass fiber reinforced, heat stabilized injection molding PA6 grade.

Ultramid B3Z is an impact-modified, pigmented black, unreinforced PA6 for injection molding.

Ultramid B3ZG3 is an impact-modified, 15% glass fiber reinforced injection molding PA6 grade.

Ultramid B3ZG6 is an impact-modified, 30% glass fiber reinforced injection molding PA6 grade.

Ultramid B3M6 is a 30% mineral reinforced injection molding PA6 grade.

Ultramid A3EG3 is a 15% glass fiber reinforced injection molding PA66 grade.

Ultramid A3EG6 is a 30% glass fiber reinforced injection molding PA66 grade.

Ultramid A3EG7 is a 35% glass fiber reinforced injection molding PA66 grade.

Ultramid A3HG2 is a 10% glass fiber reinforced injection molding PA66 grade.

Ultramid A3HG5 is a 25% glass fiber reinforced injection molding PA66 grade.

Ultramid A3HG7 is a 35% glass fiber reinforced injection molding PA66 grade.

Ultramid A3K is an easy flowing, pigmented black, injection molding grade PA66.

Ultramid A3W Easy flowing, heat aging resistant injection moulding grade for fast processing.

Ultramid A3WG6 is a 30% glass fiber reinforced and heat resistance injection molding PA66 grade.

Ultramid A3WG7 is a 35% glass fiber reinforced and heat resistance injection molding PA66 grade.

Ultramid A3X2G5 Glass fibre reinforced injection moulding grade with improved flame retardance

Ultramid A3Z Impact-modified and stabilized injection moulding grade for components

Ultramid A4H High heat aging resistant, medium viscosity injection moulding grade

PA6 B27E--尼龙主要缺点

注塑技术要求较严：微量水分的存在都会对成型质量造成很大损害;因热膨胀作用使制品尺寸稳定性较难控制；制品中尖角的存在会导致应力集中而降低机械强度；壁厚如果不均匀会导致制件的扭曲、变形；制件后加工时设备精度要求高。会吸收水、醇而溶胀，不耐强酸及氧化剂，不能作耐酸材料使用。耐光性较差。在长期偏高温环境下会与空气中的氧发生氧化作用,开始时颜色变褐，继面破碎开裂。易吸水。吸水性大，饱和水可以达到3%以上.一定的程度上影响尺寸稳定性和电性能，特别是薄壁件增厚影响较大；吸水亦会大大降低塑料的机械强度。在选材时，应顾及使用环境及与别的元件的配合精度的影响。纤维增强可降低树脂吸水率，使其能在高温、高湿下工作。尼龙与玻璃纤维亲合性十分良好。常用于制作梳子、牙刷、衣钩、扇骨、网袋绳、水果外包装袋等等。性，但不可长期与酸碱接触。值得注意的是,加入玻纤后,尼龙的抗拉强度可提高2 倍左右,耐温能力也相应得到提高。

PA6 B27E--PA6为乳白色或微黄色透明到不透明角质状结晶性聚合物，可自由着色，韧性、耐磨性、自润滑性好、刚性小、耐低温，耐、能慢燃，离火慢熄，有滴落、起泡现象，成型加工性：可注塑、吹塑、浇塑、喷涂、粉末成型、机加工、焊接、粘接。PA6是吸水率的PA，尺寸稳定性差，并影响电性能（击穿电压）。PA6使用温度可达180℃,加抗冲改性剂后会降至160℃用15%-50%玻纤增强，可提高至199℃，无机填充PA能提高其热变形温度。

PA6 B27E--PA6优点：优异的电气性能、软化点高、表面光滑比较耐磨、耐疲劳、PA6抗拉强度比较接近屈服强度，而比ABS高一倍多。而且对于尼龙PA6冲击应力振动单位吸收能力较强，并且比缩醛树脂更好。容易成型、易染色、迅速成型、生产效率高等。