VIP member
Digital cantilever beam simply supported beam combination impact testing machine LGD-XJL-5.5D
1、 Product Introduction: This instrument is a new type of multifunctional integrated impact testing machine for cantilever beams and simply supported
Product details
1、 Product Introduction:
This instrument is a new type of multifunctional cantilever beam and simply supported beam integrated impact testing machine, which does not require dismantling fixtures and sample fixing frames. The cantilever beam and simply supported beam testing methods are automatically switched, easy to use, simple to operate, and have high testing accuracy. It is mainly used for the determination of impact toughness of non-metallic materials such as hard thermoplastic molding and extrusion materials, hard thermosetting molding materials, and fiber-reinforced thermosetting and thermoplastic composite materials.
2、 Reference standards:
ISO179-2000 "Plastics - Determination of impact strength of simply supported beams of rigid materials"
GB/T 21189<Inspection of Pendulum Impact Testing Machines for Plastic Simply Supported Beams, Cantilever Beams, and Tensile Impact Testing>
GB/T1043-2008 "Impact test method for rigid plastic simply supported beams"
JB/T8762-1998 "Plastic simply supported beam impact testing machine"
GB/T 18743-2002 "Impact test method for thermoplastic pipes for fluid transport using simply supported beams" (applicable to pipe fittings)
ISO180-2000 "Plastics - Determination of impact strength of rigid materials cantilever beams"
GB/T1843-2008 "Test Method for Impact of Rigid Plastic Cantilever Beams"
JB/T8761-1998 "Plastic Cantilever Beam Impact Testing Machine"
ASTM D256-2010 Test Method for Determining the Impact Strength of Plastic IZOD Pendulum
GB-T13525-1992 "Test Method for Tensile Impact Properties of Plastics"
IIIProduct features:
Ø Integrated impact of cantilever beam and simply supported beam, without the need to disassemble fixtures and sample fixing frames
Ø High precision intelligent controller, equipped with LCD display, can intuitively and accurately read data
Using a carbon fiber pendulum rod (patented), the rigidity of the material is improved in the direction of impact, and the maximum impact mass is concentrated on the center of mass of the pendulum, truly achieving vibration free impact testing and increasing the service life.
Ø Adopting imported high-resolution digital encoders for higher and more stable angle testing accuracy
Ø Impact hammer and imported ball bearings that comply with aerodynamic principles greatly reduce friction losses caused by machinery
Automatically calculate the final result, save 24 sets of experimental data and calculate the average value
Ø The interface can be operated in both Chinese and English, and the test results can be selected in units such as J/m, KJ/㎡, kg cm/cm, ft ib/in, etc
Ø Built in micro printer to print test data
This instrument is a new type of multifunctional cantilever beam and simply supported beam integrated impact testing machine, which does not require dismantling fixtures and sample fixing frames. The cantilever beam and simply supported beam testing methods are automatically switched, easy to use, simple to operate, and have high testing accuracy. It is mainly used for the determination of impact toughness of non-metallic materials such as hard thermoplastic molding and extrusion materials, hard thermosetting molding materials, and fiber-reinforced thermosetting and thermoplastic composite materials.
2、 Reference standards:
ISO179-2000 "Plastics - Determination of impact strength of simply supported beams of rigid materials"
GB/T 21189<Inspection of Pendulum Impact Testing Machines for Plastic Simply Supported Beams, Cantilever Beams, and Tensile Impact Testing>
GB/T1043-2008 "Impact test method for rigid plastic simply supported beams"
JB/T8762-1998 "Plastic simply supported beam impact testing machine"
GB/T 18743-2002 "Impact test method for thermoplastic pipes for fluid transport using simply supported beams" (applicable to pipe fittings)
ISO180-2000 "Plastics - Determination of impact strength of rigid materials cantilever beams"
GB/T1843-2008 "Test Method for Impact of Rigid Plastic Cantilever Beams"
JB/T8761-1998 "Plastic Cantilever Beam Impact Testing Machine"
ASTM D256-2010 Test Method for Determining the Impact Strength of Plastic IZOD Pendulum
GB-T13525-1992 "Test Method for Tensile Impact Properties of Plastics"
IIIProduct features:
Ø Integrated impact of cantilever beam and simply supported beam, without the need to disassemble fixtures and sample fixing frames
Ø High precision intelligent controller, equipped with LCD display, can intuitively and accurately read data
Using a carbon fiber pendulum rod (patented), the rigidity of the material is improved in the direction of impact, and the maximum impact mass is concentrated on the center of mass of the pendulum, truly achieving vibration free impact testing and increasing the service life.
Ø Adopting imported high-resolution digital encoders for higher and more stable angle testing accuracy
Ø Impact hammer and imported ball bearings that comply with aerodynamic principles greatly reduce friction losses caused by machinery
Automatically calculate the final result, save 24 sets of experimental data and calculate the average value
Ø The interface can be operated in both Chinese and English, and the test results can be selected in units such as J/m, KJ/㎡, kg cm/cm, ft ib/in, etc
Ø Built in micro printer to print test data
| name | Digital display suspension combined impact testing machine | |
| model | XJL-5.5D | |
| Parameters of cantilever beam | Impact energy | 5.5J，2.75J |
| Pre elevation angle | 150 ° (accuracy 0.01 °) | |
| impact velocity | 3.5m/s | |
| Center distance of pendulum | 335mm | |
| Cantilever beam impact blade radius | R=0.8±0.2mm | |
| Distance from the impact blade to the upper surface of the jaw | 22mm±0.05mm | |
| Align the sample block | handful | |
| Parameters of simply supported beam | Pre elevation angle | 150° |
| Impact energy | 1J，2J,4J,5J | |
| impact velocity | 2.9m/s | |
| Center distance of pendulum | 230mm | |
| Support distance of simply supported beam | 40mm, 60mm (or 62mm), 70mm, 95mm | |
| Impact blade radius of simply supported beam | R=2mm±0.5mm | |
| Impact blade angle | 30°±1° | |
| Align the sample block | handful | |
| power supply | AC220V±10% 50HZ | |
DuPont impact testing machine digital simply supported beam impact testing machine LGD-5D
Online inquiry
-
Contacts
-
Company
-
Telephone
-
Email
-
WeChat
-
Verification Code
-
Message Content
-