NextGen Material Testing, Inc. offers a complete portfolio of advanced grips and fixtures specifically engineered for composite material testing with universal testing machines. These solutions meet a wide array of international testing standards including ASTM D3039, ISO 527, ASTM D2344, ISO 14125, and DIN EN 2562. Designed for high-precision tensile, compression, shear, bending, and peel testing, our composite fixtures enable reliable evaluation of fiber-reinforced plastics, carbon composites, laminates, and hybrid materials. Whether you’re conducting R&D, quality assurance, or regulatory compliance testing, NextGen’s grip systems are essential tools for ensuring repeatable and accurate material behavior analysis.
The NGC105B Hydraulic Wedge Grip is engineered for high-capacity tensile testing of metals and composite materials. Designed for reliability under force loads up to 100 kN, this grip system provides stable clamping with uniform hydraulic wedge action. Featuring heavy-duty construction and Φ18 mm pin connection, it is suitable for industrial environments operating between 0°C and 40°C.
Parameter | Specification |
---|---|
Application | Tension test for metal, composite |
Maximum Force Capacity | ≤ 100 kN |
Upper Grip Weight | 57 kg |
Lower Grip Weight | 57 kg |
Upper Grip Height (H) | 310 mm |
Lower Grip Height (H) | 310 mm |
Grip Width (W) | 215 mm |
Working Temperature | 0°C – 40°C |
Connection – Upper Grip | Φ18 mm pin |
Connection – Lower Grip | Φ18 mm pin |
Jaw Faces (Optional)
No. | Type | Specimen Size (mm) | Height A (mm) | Width B (mm) | Thickness C (mm) |
---|---|---|---|---|---|
NGC105B-11 | VEE | Φ4 – Φ12 | 65 | 50 | 35 |
NGC105B-12 | VEE | Φ12 – Φ20 | 65 | 50 | 32 |
NGC105B-13 | Flat | 0 – 12 | 65 | 50 | 34 |
NGC105B-14 | Flat | 12 – 24 | 65 | 50 | 28 |
The NGC105G Hydraulic Wedge Grip is designed for high-capacity tensile testing of metal and composite materials, especially under extreme temperature conditions. With a wide working range from −70°C to +350°C and strong clamping force up to 100 kN, this grip is ideal for harsh testing environments. Heavy-duty construction and Φ18 mm pin compatibility ensure stable and precise test setups.
Parameter | Specification |
---|---|
Application | Tension test for metal, composite |
Maximum Force Capacity | ≤ 100 kN |
Upper Grip Weight | 101 kg |
Lower Grip Weight | 85 kg |
Upper Grip Height (H) | 840 mm |
Lower Grip Height (H) | 554 mm |
Grip Width (W) | 238 mm |
Working Temperature | −70°C ~ +350°C |
Connection – Upper Grip | Φ18 mm pin |
Connection – Lower Grip | Φ18 mm pin |
Specimen Hardness | ≤ HRC24 |
Jaw Faces (Optional)
No. | Type | Specimen Size (mm) | Height A (mm) | Width B (mm) | Thickness C (mm) |
---|---|---|---|---|---|
NGC105G-16 | VEE | Φ4 – Φ12 | 65 | 50 | 35 |
NGC105G-17 | VEE | Φ12 – Φ20 | 65 | 50 | 32 |
NGC105G-18 | Flat | 0 – 12 | 65 | 50 | 34 |
NGC105G-19 | Flat | 12 – 24 | 65 | 50 | 28 |
The NGA502A Node Tensile Grip is specifically designed for tensile testing of honeycomb core materials according to ASTM C363. Featuring lightweight upper and lower grips, the system supports a maximum force of 500 N and operates within 0°C to 40°C. It accommodates precise clamping of thin materials with a clamping range of up to 20 mm and is compatible with Φ10 mm UTM pin connections.
Parameter | Specification |
---|---|
Application | Tension test for honeycomb core materials |
Maximum Force Capacity | 500 N |
Upper Grip Weight | 1 kg |
Lower Grip Weight | 1 kg |
Upper Grip Height (H) | 110 mm |
Lower Grip Height (H) | 110 mm |
Grip Width (W) | 145 mm |
Working Temperature | 0°C – 40°C |
Standard | ASTM C363 |
Connection – Upper Grip | Φ10 mm pin |
Connection – Lower Grip | Φ10 mm pin |
Specimen Size | 260 (L) × 130 (W) × 12(16) (T) mm |
Pin Diameter | Φ4.5 mm |
Clamping Range | 0 – 20 mm |
The NGB103A Plane Tensile Grip is engineered for plane tensile testing of bonded honeycomb sandwich structures. Designed for extreme environments, it functions within a wide temperature range from −70°C to +350°C. With compact dimensions and lightweight construction, it meets the requirements of QJ 1123 standard and fits universal testing machines using Φ10 mm pin connections.
Parameter | Specification |
---|---|
Application | Plane tension test for bonded honeycomb sandwich structure |
Maximum Force Capacity | 1 kN |
Upper Grip Weight | 2.2 kg |
Lower Grip Weight | 0.7 kg |
Upper Grip Height (H) | 188 mm |
Lower Grip Height (H) | 78 mm |
Grip Width (W) | 60 mm |
Working Temperature | −70°C to +350°C |
Standard | QJ 1123 |
Connection – Upper Grip | Φ10 mm pin |
Connection – Lower Grip | Φ10 mm pin |
The NGA104C Platwise Tensile Grip is purpose-built for flatwise tensile testing of sandwich constructions in accordance with ASTM C297. This grip system features symmetric upper and lower grips, a compact footprint, and a working range of 0°C to 40°C, making it ideal for structural testing of bonded core materials.
Parameter | Specification |
---|---|
Application | Flatwise tension test for sandwich constructions |
Maximum Force Capacity | 10 kN |
Upper Grip Weight | 2.2 kg |
Lower Grip Weight | 2.2 kg |
Upper Grip Height (H) | 143 mm |
Lower Grip Height (H) | 143 mm |
Grip Width (W) | 95 mm |
Working Temperature | 0°C – 40°C |
Standard | ASTM C297 |
Connection – Upper Grip | Φ10 mm pin |
Connection – Lower Grip | Φ10 mm pin |
Specimen Size | 50 (H) × 50 (W) mm |
The NGA202A Loading Block Grip is designed for precise testing of interlaminar fracture toughness (Mode I) in unidirectional fiber-reinforced polymer matrix composites. It complies with ASTM D5528 and ISO 15024 standards and is optimized for use with small-scale specimens. Lightweight and compact, it operates reliably at ambient and sub-zero temperatures.
Parameter | Specification |
---|---|
Application | Mode I fracture toughness test for unidirectional fiber-reinforced composites |
Maximum Force Capacity | 200 N |
Upper Grip Weight | 0.8 kg |
Lower Grip Weight | 0.4 kg |
Upper Grip Height (H) | 121 mm |
Lower Grip Height (H) | 72 mm |
Grip Width (W) | 55 mm |
Working Temperature | 0°C – 40°C |
Standard | ASTM D5528, ISO 15024 |
Connection – Upper Grip | Φ10 mm pin |
Connection – Lower Grip | Φ10 mm pin |
Specimen Size | 125 (L) × 25 (W) mm |
The NGA502B Mixed Mode I & II Test Fixture is engineered for evaluating the interlaminar fracture toughness of unidirectional fiber-reinforced polymer matrix composites under combined loading. Designed in accordance with ASTM D6671, it enables accurate measurement of Mode I and Mode II fracture behavior. This fixture features separate upper and lower grip assemblies and is ideal for testing under ambient laboratory conditions.
Parameter | Specification |
---|---|
Application | Mixed mode (I & II) fracture testing of fiber-reinforced polymer matrix composites |
Maximum Force Capacity | 500 N |
Upper Grip Weight | 1.7 kg |
Lower Grip Weight | 4.2 kg |
Upper Grip Height (H) | 160 mm |
Lower Grip Height (H) | 74 mm |
Upper Grip Width (W) | 216 mm |
Lower Grip Width (W) | 254 mm |
Working Temperature | 0°C – 40°C |
Standard | ASTM D6671 |
Connection – Upper Grip | Φ10 mm pin |
Connection – Lower Grip | Φ10 mm pin |
Specimen Size | 125 (L) × 25 (W) mm |
The NGA502A Picture Frame Shear Fixture is specifically designed for evaluating the in-plane shear strength and stiffness of flat sandwich panels with composite face sheets. Compliant with ASTM D8067, this fixture supports a wide testing temperature range, making it ideal for both ambient and extreme thermal environments. It features compact construction with precision pin-mount connections and a secure clamping mechanism.
Parameter | Specification |
---|---|
Application | In-plane shear strength and stiffness testing of flat sandwich composite panels |
Maximum Force Capacity | ≤ 500 N |
Weight | 1.3 kg |
Working Temperature | –70°C to +200°C |
Standard | ASTM D8067 |
Connection – Upper Grip | Φ10 mm pin |
Connection – Lower Grip | Φ10 mm pin |
Fixture Height (H) | 469 mm |
Fixture Width (W) | 392 mm |
Clamping Range | 0–5 mm |
Specimen Size | 180 (H) × 180 (W) mm |
The NGA104D Tensile Shear Fixture is designed for evaluating the shear properties of sandwich core materials under tension, following international testing standards such as ASTM C273 and GB/T 1455. Built with precision-ground grip surfaces and shoulder clamping, this fixture supports testing at ambient and controlled temperatures with stable axial alignment.
Parameter | Specification |
---|---|
Application | Shear property testing for sandwich core materials |
Maximum Force Capacity | 10 kN |
Weight – Upper Grip | 3 kg |
Weight – Lower Grip | 3 kg |
Height – Upper Grip | 400 mm |
Height – Lower Grip | 400 mm |
Grip Width (W) | 50 mm |
Working Temperature | 0°C to +40°C |
Standards | ASTM C273, GB/T 1455 |
Connection – Upper | Φ10 mm pin |
Connection – Lower | Φ10 mm pin |
Clamping Range | 5–20 mm |
Clamping Mode | Shoulder |
Specimen Size | 150 (H) × 50 (W) mm |
The NGB104C Compression Shear Fixture is engineered to evaluate the shear properties of sandwich core materials under compressive loading. Built for accurate axial alignment and compliance with international testing standards, it delivers precise and repeatable results within controlled laboratory environments.
Parameter | Specification |
---|---|
Application | Shear testing for sandwich core materials |
Maximum Force Capacity | 10 kN |
Fixture Weight | 5 kg |
Height (H) | 413 mm |
Grip Width (W) | 77 mm |
Working Temperature | 0°C to +40°C |
Standards | ASTM C273, GB/T 1455 |
Connection – Upper | Φ10 mm pin |
Connection – Lower | Φ10 mm pin |
The NGB204E V-Notched Beam Shear Fixture is designed to evaluate the shear properties of unidirectional laminates and fabric fiber composites. Compliant with ASTM D5379, this fixture ensures accurate alignment and secure clamping of thin specimens under high and low temperature conditions. It supports testing in extreme environments and is ideal for precision composite material characterization.
Parameter | Specification |
---|---|
Application | Testing shear properties of unidirectional laminates or fabric fiber composites |
Maximum Force | 20 kN |
Fixture Weight | 3.6 kg |
Height (Left) | 220 mm |
Height (Right) | 206 mm |
Grip Width (W) | 215 mm |
Working Temperature | -70°C to +350°C |
Standard | ASTM D5379 |
Connection | Φ10 mm pin (upper and lower) |
Clamping Range | 0–6 mm |
Specimen Size | 76(L) × 19(W) × (3–4)(T) mm |
The NGB204F V-Notched Rail Shear Fixture is designed for precise shear property determination of fiber-reinforced composite materials. Compliant with ASTM D7078 and GB/T 28889, this fixture supports accurate clamping, consistent load distribution, and high-temperature resistance. Its robust construction is ideal for challenging composite testing environments, both in research and industrial quality control.
Parameter | Specification |
---|---|
Application | Testing shear properties of unidirectional laminates or fabric fiber composites |
Maximum Force | 20 kN |
Fixture Weight | 3.6 kg |
Height (Left) | 220 mm |
Height (Right) | 206 mm |
Grip Width (W) | 215 mm |
Working Temperature | -70°C to +350°C |
Standard | ASTM D5379 |
Connection | Φ10 mm pin (upper and lower) |
Clamping Range | 0–6 mm |
Specimen Size | 76(L) × 19(W) × (3–4)(T) mm |
The NGB204F In-Plane Shear Fixture is engineered for evaluating the in-plane shear strength and stiffness of fiber-reinforced composite materials. Compliant with GB/T 5258 Type C, it is suitable for high-precision material testing within a wide thermal range. Its compact yet robust design supports repeatable testing in research laboratories and composite manufacturing facilities.
Parameter | Specification |
---|---|
Application | In-plane shear test for fiber-reinforced composite materials |
Maximum Force | 20 kN |
Weight | 5.9 kg |
Height (H) | 145 mm |
Grip Width (W) | 80 mm |
Working Temperature | -70°C to +350°C |
Standard | GB/T 5258 Type C |
Specimen Size | 25(L) × 25(W) × 4–10(T) mm |
Connection | Φ10 mm pin (upper and lower) |
Clamping Range | 0–6 mm |
Specimen Size | 76(L) × 19(W) × (3–4)(T) mm |
The NGB204J In-Plane Shear Fixture is designed for precision testing of fiber-reinforced composite materials under in-plane shear conditions. Compliant with ASTM D695, it supports high-temperature applications and is suited for both research and production environments. Its lightweight construction allows for easy integration and handling across various testing systems.
Parameter | Specification |
---|---|
Application | In-plane shear test for fiber-reinforced composite materials |
Maximum Force | 20 kN |
Weight | 0.8 kg |
Height (H) | 90 mm |
Grip Width (W) | 60 mm |
Working Temperature | -70°C to +350°C |
Standard | ASTM D695 |
Specimen Size | 75–80 (L) × 12.5 (W) × 2–6 (T) mm |
Connection | Φ10 mm pin (upper and lower) |
Clamping Range | 0–6 mm |
Specimen Size | 76(L) × 19(W) × (3–4)(T) mm |
The NGB304K Wedge Compression Fixture is designed for in-plane compression testing of polymer matrix composites. Conforming to EN 2850 (Type A1) and ISO 14126 (Type A, Method 1), this fixture supports standardized evaluation of composite compressive behavior. Its compact and lightweight build allows for accurate testing under controlled ambient conditions.
Parameter | Specification |
---|---|
Application | In-plane compression test of polymer matrix composites |
Maximum Force | 30 kN |
Weight | 1.3 kg |
Height (H) | 138 mm |
Grip Width (W) | 60 mm |
Working Temperature | 0°C to +40°C |
Standard | EN 2850 (Type A1), ISO 14126 (Type A, Method 1) |
Specimen Size | 110 (L) × 10 (W) × 2 (T) mm |
The NGB202A Floating Roller Peel Test Fixture is specifically engineered for peel testing of flexible adhesives and bonded structures in accordance with ASTM D3167. Rated for forces up to 200 N, it features precision alignment and a stable clamping system, making it ideal for evaluating the peel strength of sandwich panel facings, films, or composite layers. The fixture accommodates specimens up to 25.4 mm wide and supports ambient testing within 0°C–40°C.
Parameter | Specification |
---|---|
Application | High suitability for peel testing applications |
Maximum Force | 200 N |
Weight (Upper Grip) | 0.6 kg |
Weight (Lower Grip) | 0.5 kg |
Height (Upper Grip) | 105 mm |
Height (Lower Grip) | 95 mm |
Grip Width (W) | 25.4 mm |
Working Temperature | 0°C to 40°C |
Standard | ASTM D3167 |
Connection (Upper) | Φ10 mm pin |
Connection (Lower) | Φ10 mm pin |
Clamping Range | ≤25.4 mm |
The NGB303A Climbing Drum Peel Test Fixture is designed for evaluating the peel resistance of sandwich structures in compliance with ASTM D1781. With a force capacity of up to 3 kN, it features a Φ102 mm drum for controlled peeling, offering accurate data on adhesion performance in composite or layered materials. It operates within an ambient temperature range of 0°C to 40°C and connects via standard Φ10 mm pins.
Parameter | Specification |
---|---|
Application | Determination of the peel resistance of sandwich structure |
Maximum Force | 3 kN |
Weight (Upper Grip) | 0.7 kg |
Weight (Lower Grip) | 0.4 kg |
Height (Upper Grip) | 64 mm |
Height (Lower Grip) | 48 mm |
Grip Width (W) | 108 mm |
Working Temperature | 0°C to 40°C |
Standard | ASTM D1781 |
Connection (Upper) | Φ10 mm pin |
Connection (Lower) | Φ10 mm pin |
Drum Diameter | Φ102 mm |
The NGB303F Climbing Drum Peel Test Fixture is designed for accurate evaluation of peel resistance in sandwich structures, in accordance with GB/T 1457. With a maximum capacity of 3 kN, the fixture includes a Φ100 mm drum and standard Φ10 mm pin connections. This lightweight fixture supports testing under ambient conditions ranging from 0°C to 40°C, making it ideal for standard lab testing of bonded materials.
Parameter | Specification |
---|---|
Application | Determination of the peel resistance of sandwich structure |
Maximum Force | 3 kN |
Weight (Upper Grip) | 0.7 kg |
Weight (Lower Grip) | 0.4 kg |
Height (Upper Grip) | 64 mm |
Height (Lower Grip) | 48 mm |
Grip Width (W) | 108 mm |
Working Temperature | 0°C to 40°C |
Standard | GB/T 1457 |
Connection (Upper) | Φ10 mm pin |
Connection (Lower) | Φ10 mm pin |
Drum Diameter | Φ100 mm |
The NGA104A 3-Point Bending Fixture is designed for precise flexural testing of polymer matrix composite materials and reinforced plastic specimens. Engineered to support ASTM and ISO standards, this fixture provides a stable and adjustable platform for three-point bending tests with high accuracy. It includes an upper loading nose and two support rollers, allowing users to vary the span from 10 to 200 mm. The fixture's durable structure and modular grip system make it ideal for standardized and repeatable bending tests in ambient conditions.
Note: The bending deformation of the samples can be directly measured with an optional digital indicator and other devices.
Parameter | Specification |
---|---|
Application | Three-point bending test of polymer matrix composite materials and reinforced plastic samples |
Maximum Force Capacity | 10 kN |
Weight | Upper Grip: 0.5 kg Lower Grip: 9.2 kg |
Height (H) | Upper Grip: 90 mm Lower Grip: 232 mm |
Grip Width (W) | 340 mm |
Working Temperature | 0°C–40°C |
Standard | ASTM D7264, ISO 14125, GB/T 9341 |
Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
Span (Adjustable) | 10–200 mm |
Loading Nose | R5 mm |
Support Roller | R2 mm, R5 mm |
The NGA204D Short-Beam Shear Test Fixture is purpose-built for evaluating the interlaminar shear strength of high-modulus fiber-reinforced composite materials. It features a compact structure with a rigid support system, capable of testing within a wide temperature range of -70°C to +350°C. This fixture is compatible with multiple international standards, offering adjustable span lengths and precise loading through a rounded nose. Its robust design makes it ideal for high-load applications in composite materials research and quality control.
Parameter | Specification |
---|---|
Application | Determination of interlaminar shear strength of high-modulus fiber-reinforced composite materials |
Maximum Force Capacity | 20 kN |
Weight | 8.9 kg |
Height (H) | 200 mm |
Grip Width (W) | 260 mm |
Working Temperature | -70°C to +350°C |
Standard | ASTM D2344, ISO 14130, EN 2563, EN 2377, JC/T 773 |
Connection Type | Φ10 mm pin |
Specimen Width | ≤ 40 mm |
Span (Adjustable) | 6 mm – 50 mm |
Loading Nose | R3 mm |
Support | R1.5 mm |
No. | Description | Radius |
---|---|---|
NGA204D-14 | Support roller 2 | R3 mm |
NGA204D-15 | Loading nose | R5 mm |
The NGA204E 3-Point Bending Fixture is designed for shear testing of sandwich constructions made from composite materials. Built to comply with ASTM C393, this fixture supports high-load conditions and accommodates large specimen sizes. With adjustable span and optional digital indicators, the system enables accurate and repeatable flexural performance evaluation under standard ambient conditions.
Note: The bending deformation of the samples can be directly measured with an optional digital indicator and other devices.
Parameter | Specification |
---|---|
Application | Determination of shear properties of sandwich constructions of composite materials |
Maximum Force Capacity | 20 kN |
Weight | Upper Grip: 1.4 kg Lower Grip: 10.3 kg |
Height (H) | Upper Grip: 117 mm Lower Grip: 240 mm |
Grip Width (W) | 200 mm |
Working Temperature | 0°C–40°C |
Standard | ASTM C393 |
Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
Span (Adjustable) | 150 mm |
Specimen Size | 200 mm (L) × 75 mm (W) |
The NGC204A 3/4-Point Bending Fixture is engineered for high-accuracy flexural testing of fiber-reinforced plastic composites. This system supports both three-point and four-point bending configurations, providing flexibility in standard-compliant testing. Designed for a wide range of spans and loads up to 20 kN, it includes precision-machined loading noses and support rollers to ensure stable, repeatable deformation measurements. Optional digital indicators can be integrated for enhanced precision.
Note: The bending deformation of the samples can be directly measured with an optional digital indicator and other devices.
Parameter | Specification |
---|---|
Application | Determination of flexural properties of fiber-reinforced plastic composites |
Maximum Force Capacity | 20 kN |
Weight | 7 kg |
Height (H) | Upper Grip: 154 mm Lower Grip: 220 mm |
Grip Width (W) | 310 mm |
Working Temperature | 0°C–40°C |
Standard | ASTM D7264, ASTM D6272, ISO 14125 |
Support Width | 40 mm |
Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
Upper Span | 30–200 mm |
Lower Span | 30–280 mm |
Loading Nose & Support (3-Point Bending) | R3 mm, R5 mm |
Loading Nose & Support (4-Point Bending) | R3 mm |
No. | Description | Radius |
---|---|---|
NGC204A-02 | Support | R2 mm |
NGC204A-14 | Support roller | R2 mm |
The NGB303A Edgewise Compression Fixture is engineered for testing the edgewise compressive strength of sandwich composite constructions. Designed in accordance with ASTM C364, this fixture offers reliable results under controlled ambient conditions. With symmetrical upper and lower grip designs, it supports uniform clamping and stable load application, making it ideal for lightweight composite structure evaluation.
Parameter | Specification |
---|---|
Application | Determination of edgewise compressive strength of sandwich composite constructions |
Maximum Force Capacity | 3 kN |
Weight | Upper Grip: 0.9 kg Lower Grip: 0.9 kg |
Height (H) | Upper Grip: 22 mm Lower Grip: 22 mm |
Grip Width (W) | 150 mm |
Working Temperature | 0°C–40°C |
Standard | ASTM C364 |
Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
Clamping Range | 0–40 mm |
Specimen Size | ≥ 40 mm (L) × ≤ 75 mm (W) × ≤ 40 mm (T) |
The NGB204A Wedge Compression Fixture is purpose-built for evaluating the compressive properties of polymer matrix composite materials. Compliant with ASTM D3410 and GB/T 5258 Type A2 standards, the fixture features a secure wedge-type design that enables precise alignment and strong clamping of specimens. It accommodates demanding temperature ranges and offers compatibility with a range of specimen dimensions for standardized material testing.
Parameter | Specification |
---|---|
Application | Determination of compressive properties of polymer matrix composite materials |
Maximum Force Capacity | 20 kN |
Weight | 9.2 kg |
Height (H) | 200 mm |
Grip Width (W) | 115 mm |
Working Temperature | -70°C to +350°C |
Standard | ASTM D3410, GB/T 5258 Type A2 |
Clamping Range | 0–8 mm |
Specimen Size | 140 mm (L) × 12 mm (W) × 1–2 mm (T) 110 mm (L) × 10 mm (W) × 2 mm (T) |
The NGB105A Hydraulic Compression Fixture is a high-force testing tool specifically designed for the compressive strength evaluation of polymer matrix composite materials. Compliant with major international standards, this heavy-duty fixture accommodates up to 100 kN force and features robust Φ18 mm pin connections. Its solid construction and integrated flat jaws offer secure clamping for medium-sized composite specimens, making it ideal for routine and advanced mechanical testing in ambient conditions.
Parameter | Specification |
---|---|
Application | Determination of compressive properties of polymer matrix composite materials |
Maximum Force Capacity | 100 kN |
Weight | 29 kg |
Height (H) | 275 mm |
Grip Width (W) | 260 mm |
Working Temperature | 0°C–40°C |
Standard | ASTM D6641, ASTM D3410, ISO 14126 (Method 1, 2), GB/T 5258 (Specimen 1) |
Connection Type | Φ18 mm pin |
Flat Jaw Range | 4–8 mm |
Specimen Hardness | Less than HRC24 |
No. | Description | Height A (mm) | Width B (mm) | Thickness C (mm) | Specimen Width D (mm) |
---|---|---|---|---|---|
NGB105A-08 | Fixed jaw face 2 | 63.5 | 40 | 12 | 10 |
NGB105A-09 | Fixed jaw face 3 | 63.5 | 40 | 12 | 12 |
The NGA105G Compression Fixture is designed for high-precision compression testing of composite materials under controlled laboratory conditions. With a force capacity of up to 100 kN and a spherical seat design for self-alignment, this fixture ensures accurate load distribution across the specimen. It features dual Φ18 mm pin connections and a compact structure, making it ideal for integration with standard universal testing machines.
Note: The compression deformation of the samples can be directly measured with optional digital indicators and other devices.
Parameter | Specification |
---|---|
Application | Compression test for composite materials |
Maximum Force Capacity | 100 kN |
Weight | Upper Grip: 3.3 kg Lower Grip: 3.3 kg |
Height (H) | Upper Grip: 85 mm Lower Grip: 96 mm |
Grip Width (W) | Φ100 mm |
With Spherical Seat | Yes |
Working Temperature | 0°C–40°C |
Connection Type | Upper Grip: Φ18 mm pin Lower Grip: Φ18 mm pin |
The NGB204H In-Plane Compression Fixture is designed to evaluate the in-plane compressive strength of fiber-reinforced plastics. With its compact design and compatibility with GB/T 5258 standards, this fixture is ideal for assessing material resistance under compressive stress in elevated temperatures. The fixture accommodates standard rectangular specimens and offers dependable performance in controlled environments.
Parameter | Specification |
---|---|
Application | Determination of in-plane compression properties of fiber-reinforced plastic |
Maximum Force Capacity | 20 kN |
Weight | 3.9 kg |
Height (H) | 110 mm |
Grip Width (W) | 101 mm |
Working Temperature | Ambient–80°C |
Standard | GB/T 5258 |
Specimen Size | 110 mm (L) × 10 mm (W) × 2–10 mm (T) |
The NGB204I Compression Fixture is developed for testing the compressive strength of polymer matrix composite materials under a wide temperature range. With compliance to ASTM D6641, this fixture provides secure clamping, a stable base, and excellent thermal endurance for demanding testing environments. It supports specimens of standard dimensions and is well-suited for quality assurance and R&D applications.
Parameter | Specification |
---|---|
Application | Determination of compressive properties of polymer matrix composite materials |
Maximum Force Capacity | 20 kN |
Weight | 5.2 kg |
Height (H) | 140 mm |
Grip Width (W) | 100 mm |
Working Temperature | -70°C to +350°C |
Standard | ASTM D6641 |
Specimen Size | 140 mm (L) × 12 mm (W) × 1–4 mm (T) |
Clamping Range | 0–12.7 mm |
The NGA104A Open-Hole Compression Fixture is developed for testing the open-hole compressive strength of polymer matrix composite specimens. Designed in accordance with ASTM D5961 and ASTM D6484 standards, the fixture supports testing under extreme temperature conditions and accommodates standardized rectangular specimens. Its durable structure and reliable performance make it ideal for high-precision aerospace and structural testing applications.
Parameter | Specification |
---|---|
Application | Determination of open-hole compressive strength of polymer matrix composite |
Maximum Force Capacity | ≤ 10 kN |
Weight | 4.8 kg |
Height (H) | 300 mm |
Grip Width (W) | 100 mm |
Working Temperature | -70°C to +350°C |
Standard | ASTM D5961, ASTM D6484 |
Specimen Size | 300 mm (L) × 36 mm (W) × 4 mm (T) |
Clamping Range | 0–12.7 mm |
The NGB104A Compression Fixture After Impact is specifically designed to measure the residual compressive strength of polymer matrix composite plates following impact. It conforms to ASTM D7137 and is optimized for evaluating damage tolerance and post-impact performance under extreme temperature conditions. The fixture accommodates large specimens and offers a secure clamping range suitable for high-reliability strength assessment.
Parameter | Specification |
---|---|
Application | Determination of compressive residual strength of damaged polymer composite plates |
Maximum Force Capacity | ≤ 10 kN |
Weight | Upper Grip: 1.8 kg Lower Grip: 9.5 kg |
Height (H) | Upper Grip: 95 mm Lower Grip: 160 mm |
Grip Width (W) | 350 mm |
Working Temperature | -70°C to +350°C |
Standard | ASTM D7137 |
Specimen Size | 150 mm (H) × 100 mm (W) × 4–6 mm (T) |
Clamping Range | 0–18 mm |
The NGP502E Puncture Fixture is engineered for evaluating the puncture resistance of carbon fiber-reinforced plastic materials under controlled force and temperature conditions. Designed for use with Φ12 mm probes and large-diameter specimens, this fixture supports high-precision puncture testing up to 500 N in accordance with demanding environmental ranges. Its robust design accommodates a wide specimen range with consistent results across varying thicknesses.
Parameter | Specification |
---|---|
Application | Determination of puncture resistance for carbon fiber-reinforced plastic |
Maximum Force Capacity | ≤ 500 N |
Weight | 8.5 kg |
Height (H) | Upper Grip: 126 mm Lower Grip: 155 mm |
Grip Width (W) | 250 mm |
Working Temperature | -70°C to +350°C |
Connection Type | Upper Grip: Φ10 mm pin Lower Grip: Φ10 mm pin |
Specimen Diameter | ≤ 250 mm |
Specimen Thickness | 0–18 mm |
Probe Diameter | Φ12 mm |
NextGen’s extensive suite of composite grips and fixtures ensures precision, consistency, and compliance in universal testing machine applications. Whether performing routine quality assurance or advanced failure analysis, our catalog supports every major composite testing protocol. Contact our technical sales team to configure the ideal testing solution for your lab or production floor.
Specialized Grips and Fixtures for Wood Tensile, Shear, Bending, and Fastener Withdrawal Testing NextGen offers a robust line of specialized grips and fixtures for wood material testing, supporting universal testing machines (UTM) across industrial and academic laboratories. These components are […]
Precision 3-Point and 4-Point Bending Fixtures for NextGen Universal Testing Machines NextGen’s bending fixtures are precision-engineered to enable accurate flexural testing of various materials, including metals, ceramics, composites, concrete, bricks, and construction products. These accessories are optimized for seamless integration […]
Precision Wedge Grips for High-Strength Tensile Testing NextGen’s wedge tensile grips are engineered to deliver superior performance in tensile strength testing using Universal Testing Machines (UTMs). These grips use a mechanical wedge action that enhances gripping pressure proportionally with the […]
Precision Clamping Solutions with Compressed-Air Actuation from NextGen NextGen’s pneumatic grips are engineered for precise, high-throughput testing applications using universal testing machines (UTMs). These air-actuated systems ensure uniform clamping pressure, reduced operator fatigue, and faster sample mounting, ideal for quality […]
Precision Shoulder Grips for Tensile Testing on NG-EML and SHM Series UTMs NextGen’s shoulder fixtures are specialized tensile grips designed to accommodate specimens with shoulder geometries. These fixtures are critical for standardized testing in accordance with ISO and ASTM protocols […]
Precision Compression Test Fixtures for NG-EML and SHM Series UTMs NextGen’s compression fixtures are designed for high-accuracy compression testing of a range of materials including metals, polymers, elastomers, foams, composites, and construction materials. These fixtures are engineered for seamless integration […]
3-Point and Marker Bending Fixtures for Flexural Testing NextGen’s bending fixtures are engineered for precision flexural testing of various materials, including thermoplastics, composites, metals, and laminated structures. Designed to operate with NG-EML and SHM Universal Testing Machines, these fixtures offer […]
Optimized Clamping System for Tensile Testing of Sheet Materials and Soft Specimens Eccentric roller grips from NextGen Test are designed to meet the demanding needs of tensile testing applications involving thin, flexible, or soft materials. Utilizing a friction-based clamping mechanism […]
Self-Tightening Grips for Tensile Testing NextGen’s self-tightening grips are engineered for precise tensile testing of deformable and elastic materials such as elastomers, foams, thin plastics, textiles, and biomedical specimens. These grips automatically increase clamping pressure as tensile force is applied, […]
Overview of Snubbing Grips for Tensile Testing of Wires, Cables, Ropes, and Geogrids Snubbing grips (also known as capstan grips) are designed to secure challenging specimens like steel wires, wire ropes, fiber ropes, textile strips, and geogrids during tensile testing. […]
Description The HDT/VICAT testing machine offers high precision, reliability, and efficiency for the thermal analysis of thermoplastics and polymers. Engineered with advanced sensors and high-temperature-resistant components, it ensures minimal deformation, fast response, and precise data transmission, delivering consistent and accurate […]
NextGen GenTor Torsion Tester boasts a horizontal type load frame with high stiffness, ensuring accurate and reliable test results.
DWT-1800 Impact Testing Machine is specifically designed for determining the non-plastic transformation temperature of ferritic steel.