简支梁冲击试验机 简支梁冲击检测设备◎GB/T 1043-2008《硬质塑料简支梁冲击试验方法》；

 XJJ--5/50 指针式简支梁冲击试验机
                       
一. 产品介绍
该仪器主要用于硬质塑料、增强尼龙、玻璃钢、陶瓷、铸石、电绝缘材料等非金属材料冲击韧性的测定，是化工行业、科研单位、大专院校质量检测等部门理想的试验设备。
二、符合标准：
◎GB/T 1043-2008《硬质塑料简支梁冲击试验方法》；
◎GB/T 1843-2008《塑料悬臂梁冲击试验方法》；
◎ISO 179:2010《Plastics-Determination of Charpy impact properties》；
◎ISO 180:2000《Plastics-Determination of Izod impact strength》；
◎GB/T 18743-2002《流体输送用热塑性塑料管材简支梁冲击试验方法》（即适用于管材冲击）
主要技术参数
1 冲击能量；1J 2J 4J 5J 7.5J 15J 25J 50J任选
2 摆锤预扬角：160 度
3 冲击速度：  2.9m/s（小于5J）  3.8m/s （大于5J）
     4 冲击刀刃夹角：30°
     5 钳口圆角半径：R1mm
     6 冲击刀刃圆角半径：R2mm
7  钳口支距:40mm  60mm 70mm 95mm
8  刻度盘分度值：1%
9  试样类型、尺寸、支撑跨距如下表
 

试样 类型	长度l		宽度b		厚度d		支撑线 间距离L
	基本尺寸	极限偏差	基本尺寸	极限偏差	基本尺寸	极限偏差
1	80	+2	10	+0.5	4	+0.2	60
2	50	+1	6	+0.2	4	+0.2	40
3	120	+2	15	+0.5	10	+0.5	70
4	125	+2	13	+0.5	13	+0.5	95

XJ--5/50 数显液晶屏简支梁冲击试验机
                     
一. 产品介绍
该仪器主要用于硬质塑料、增强尼龙、玻璃钢、陶瓷、铸石、电绝缘材料等非金属材料冲击韧性的测定，是化工行业、科研单位、大专院校质量检测等部门理想的试验设备。
特点
 1 采用圆光栅测角技术，具有精度高、稳定性好和测量范围大等特点
 2 具有数字化测量计算冲断功、冲击强度、计算一批试样的平均值等功能
 3 预仰角、 升角校验方便
 4 显示方式：液晶
三、符合标准：
◎GB/T 1043-2008《硬质塑料简支梁冲击试验方法》；
◎GB/T 1843-2008《塑料悬臂梁冲击试验方法》；
◎ISO 179:2010《Plastics-Determination of Charpy impact properties》；
◎ISO 180:2000《Plastics-Determination of Izod impact strength》；
◎GB/T 18743-2002《流体输送用热塑性塑料管材简支梁冲击试验方法》（即适用于管材冲击）主要技术参数
1 冲击能量；1J 2J 4J 5J 7.5J 15J 25J 50J任选
2 摆锤预扬角：160 度
3 冲击速度：  2.9m/s（小于5J）  3.8m/s （大于5J）
     4 冲击刀刃夹角：30°
     5 钳口圆角半径：R1mm
     6 冲击刀刃圆角半径：R2mm
7 钳口支距:40mm  60mm 70mm 95mm
8 试样类型、尺寸、支撑跨距如下表
 

试样 类型	长度l		宽度b		厚度d		支撑线 间距离L
	基本尺寸	极限偏差	基本尺寸	极限偏差	基本尺寸	极限偏差
1	80	+2	10	+0.5	4	+0.2	60
2	50	+1	6	+0.2	4	+0.2	40
3	120	+2	15	+0.5	10	+0.5	70
4	125	+2	13	+0.5	13	+0.5	95

XJJ- 5/50 pointer type simple beam impact testing machine

1. Product introduction
The equipment is mainly used for hard plastic, nylon, glass steel, ceramics, cast stone, electrical insulating material determination of non-metallic materials, such as impact toughness, is the chemical industry, scientific research units, colleges and quality inspection departments such as the ideal test equipment.
Ii. Compliance with standards:
1. GB/T 1043-2008 "method of impact test of hard plastic simple support beam";
= GB/T 1843-2008 plastic cantilever impact test method;
= ISO 179:2010 Plastics-Determination of Charpy impact properties;
= ISO 180:2000 "Plastics -Determination of Izod impact strength";
The test method for the shock test of fluid-conveying thermoplastic plastic pipe for conveying fluidic pipe in 18743-2002 (i.e., the impact of pipe material)
Main technical parameters
1 impact energy;
1J 2J 4J. 5J
2 pendulum preyy Angle: 160 degrees
3 impact velocity: 2.9m/s (less than 5J) 3.8m/s (greater than 5J)
4 impact blade Angle: 30 °
5 jaw radius: R1mm
6 impact blade radius: R2mm
Clamping distance: 40mm 60mm 70mm 95mm
Scale value of 8 scale: 1%
Sample type, size and support span are shown below

sample
Type length l width b thickness d support line
The distance between the L
Basic dimensions limit deviation basic size limit deviation
1 80 +2 10 +0.5 4 +0.2 60
2 50 +1 6 +0.2 4 +0.2 40
3 120 +2 15 +0.5 10 +0.5 70
4. 125 +2 13 +0.5 13 +0.5 95

 

XJ- 5/50 digital display LCD screen - beam shock testing machine

1. Product introduction
The equipment is mainly used for hard plastic, nylon, glass steel, ceramics, cast stone, electrical insulating material determination of non-metallic materials, such as impact toughness, is the chemical industry, scientific research units, colleges and quality inspection departments such as the ideal test equipment.
feature
Using the round grating measuring Angle technology, it has the characteristics of high precision, good stability and wide range of measurement
It has the function of calculating the punching power, the impact strength and the average of a batch of samples
It is convenient to check the Angle of elevation and lift Angle
4 display mode: LCD
Iii. Compliance with standards:
1. GB/T 1043-2008 "method of impact test of hard plastic simple support beam";
= GB/T 1843-2008 plastic cantilever impact test method;
= ISO 179:2010 Plastics-Determination of Charpy impact properties;
= ISO 180:2000 "Plastics -Determination of Izod impact strength";
The main technical parameters of the test method for the impact test of fluid-conveying thermoplastic tubular beam in the pipe material is used in GB/T 18743-2002
1 impact energy;
1J 2J 4J. 5J
2 pendulum preyy Angle: 160 degrees
3 impact velocity: 2.9m/s (less than 5J) 3.8m/s (greater than 5J)
4 impact blade Angle: 30 °
5 jaw radius: R1mm
6 impact blade radius: R2mm
Clamping distance: 40mm 60mm 70mm 95mm
The specimen type, size and support span are shown below

sample
Type length l width b thickness d support line
The distance between the L
Basic dimensions limit deviation basic size limit deviation
1 80 +2 10 +0.5 4 +0.2 60
2 50 +1 6 +0.2 4 +0.2 40
3 120 +2 15 +0.5 10 +0.5 70
4. 125 +2 13 +0.5 13 +0.5 95