承德市万吉仪器仪表制造有限公司
Chengde Wanji instrument and Meter Manufacturing Co., Ltd.
展商会员第 3 年   展台号:PY14386   参观人数:2639
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友情链接
拉伸冲击是试验机 拉伸冲击检测 生产厂家
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产品型号: XJL
原产地: 承德市万吉仪器仪表制造有限公司
价格:
新品注意:上市时间是 2016-1 !!
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创新点
  自动显示冲击强度 自动换算 质量好
 
产品简介       技术参数       主要特点
XJL指针拉伸冲击试验机
                        

一 产品介绍
   主要用于在规定的拉伸冲击速度下,测定塑料试样断裂所需能量的测试。 用于测定塑料等非金属材料的脆性、韧性。
二 符合标准:
GB/T 13525-92《塑料拉伸冲击性能试验方法》
ASTM D1822-2006《使塑料及电绝缘材料断裂所需的拉伸冲击能量的测试方法》
ISO 8256-2004《塑料-拉伸-冲击强度的测定》
三 技术参数:
1冲击速度:3.8m/s
2冲击能量:15J 25J
3摆锤力矩:pd15J=8.03848Nm pd25J=13.39746Nm
4摆锤预扬角:160°
5打击中心距:395mm
6使用温度:(15-35)℃
7试样尺寸:长度80±2mm 宽度15±0.5mm 厚度<4mm
8 夹具间的自由长度:30±2mm 
9 电源: 220VAC-15%~220VAC+10% 50HZ (单相三线制)
10试样形状和尺寸:试样厚度优先选用1mm。由产品裁取的试样,保留原厚度;厚度大于4mm的试样应机械加工为4mm。对于很薄的薄膜,可以使用多层试样,但应重叠良好。
11选择合适的摆锤使冲击能量读数在试验机有效范围内,参照下表:
(在能夹紧试样的前提下尽量选择质量小的丁字头)
摆锤冲击能量J 丁字头质量g
15.0
25.0 30±1或60±1
60±1或120±1

摆锤冲击能量J

丁字头质量g

15.0

25.0

30±1或60±1

60±1或120±1



  XJL数显拉伸冲击试验机
                        

一 产品介绍
   主要用于在规定的拉伸冲击速度下,测定塑料试样断裂所需能量的测试。 用于测定塑料等非金属材料的脆性、韧性。
二、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 13525-92《塑料拉伸冲击性能试验方法》
ASTM D1822-2006《使塑料及电绝缘材料断裂所需的拉伸冲击能量的测试方法》
ISO 8256-2004《塑料-拉伸-冲击强度的测定》
四技术参数:
1冲击速度:3.8m/s
2冲击能量:15J 25J
3摆锤力矩:pd15J=8.03848Nm pd25J=13.39746Nm
4摆锤预扬角:160°
5打击中心距:395mm
6使用温度:(15-35)℃
7试样尺寸:长度80±2mm 宽度15±0.5mm 厚度<4mm
8 夹具间的自由长度:30±2mm 
9 电源: 220VAC-15%~220VAC+10% 50HZ (单相三线制)
10试样形状和尺寸:试样厚度优先选用1mm。由产品裁取的试样,保留原厚度;厚度大于4mm的试样应机械加工为4mm。对于很薄的薄膜,可以使用多层试样,但应重叠良好。
11选择合适的摆锤使冲击能量读数在试验机有效范围内,参照下表:
(在能夹紧试样的前提下尽量选择质量小的丁字头)
摆锤冲击能量J 丁字头质量g
15.0
25.0 30±1或60±1
60±1或120±1

摆锤冲击能量J

丁字头质量g

15.0

25.0

30±1或60±1

60±1或120±1


XJL pointer tensile impact tester
Introduction of a product
It is mainly used for testing the energy required for fracture of plastic specimens under specified tensile impact velocity. It is used to determine brittleness and toughness of nonmetallic materials such as plastics.
Two meet the criteria:
GB/T 13525-92 "test method for tensile impact properties of plastics"
ASTM D1822-2006 "test method for tensile impact energy required for fracture of plastics and electrical insulating materials"
ISO 8256-2004 "plastics tensile determination of impact strength"
Three technical parameters:
1 impact speed: 3.8m/s
2 impact energy: 15J 25J
3 pendulum torque: pd15J=8.03848Nm pd25J=13.39746Nm
4 pendulum preheating angle: 160 degrees.
5 strike center distance: 395mm
6 use temperature: (15-35) C
7 sample size: length 80 + 2mm width 15 + 0.5mm thickness <4mm
8 free length of fixture: 30 + 2mm
9 power supply: 220VAC-15% to 220VAC+10% 50HZ (single phase three wire system)
10 sample shape and size: 1mm is preferred for specimen thickness. The sample cut from the product should be kept at the original thickness; the specimen with a thickness greater than 4mm should be machined to 4mm. For thin films, multi-layer specimens can be used but should overlap well.
11 select the appropriate pendulum to make the impact energy reading in the effective range of the tester.
(try to choose a small T-shaped head on the premise of clamping the sample).
Pendulum impact energy J T-head quality G
Fifteen
25.030 + 1 or 60 + 1
60 + 1 or 120 + 1
XJL digital tensile impact tester
Introduction of a product
It is mainly used for testing the energy required for fracture of plastic specimens under specified tensile impact velocity. It is used to determine brittleness and toughness of nonmetallic materials such as plastics.
Two. Characteristics
1 the circular grating angle measurement technology has the characteristics of high accuracy, good stability and wide measuring range.
2, it has the functions of digital measurement and calculation, such as punching work, impact strength and calculating the average value of a batch of samples.
3 pre elevation angle and elevation angle check convenience.
4 display mode: LCD
Three meet the criteria:
GB/T 13525-92 "test method for tensile impact properties of plastics"
ASTM D1822-2006 "test method for tensile impact energy required for fracture of plastics and electrical insulating materials"
ISO 8256-2004 "plastics tensile determination of impact strength"
Four technical parameters:
1 impact speed: 3.8m/s
2 impact energy: 15J 25J
3 pendulum torque: pd15J=8.03848Nm pd25J=13.39746Nm
4 pendulum preheating angle: 160 degrees.
5 strike center distance: 395mm
6 use temperature: (15-35) C
7 sample size: length 80 + 2mm width 15 + 0.5mm thickness <4mm
8 free length of fixture: 30 + 2mm
9 power supply: 220VAC-15% to 220VAC+10% 50HZ (single phase three wire system)
10 sample shape and size: 1mm is preferred for specimen thickness. The sample cut from the product should be kept at the original thickness; the specimen with a thickness greater than 4mm should be machined to 4mm. For thin films, multi-layer specimens can be used but should overlap well.
11 select the appropriate pendulum to make the impact energy reading in the effective range of the tester.
(try to choose a small T-shaped head on the premise of clamping the sample).
Pendulum impact energy J T-head quality G
Fifteen
25.030 + 1 or 60 + 1
60 + 1 or 120 + 1