Alarge

Evaluates thermal performance and durability of plastic pipes through repeated temperature cycles between hot and cold ranges. Designed to test resistance to thermal shocks and long-term performance in varying environmental conditions.

Joins plastic pipes and fittings in a leak-proof manner by heating pipe ends until melted, then compressing them together. After cooling, creates a durable, pressure-resistant connection. Available in 6 models (AL 180–AL 1000) covering Ø63–Ø1000 mm diameter pipes.

Laboratory-type thermoplastic injection moulding machine that melts materials under high pressure and injects them into precision moulds. Used in R&D, prototype production, and quality control for automotive, packaging, medical device, and consumer goods sectors.

Verifies that natural gas meters operate correctly and measure consumption accurately. Creates specific gas flow rates, compares recorded values against actual measurements, and identifies meters requiring repair or replacement. Suitable for distribution systems and industrial facilities.

Detects leakage in thermoplastic pipes, joints, and fittings under pressure. Ensures integrity for water supply, gas distribution, and industrial piping systems.

Measures the oxygen transmission rate (OTR) through flexible packaging films, barrier materials, and membranes. Critical for food, pharmaceutical, and packaging quality control.

Determines the melt flow rate (MFR) and melt flow volume (MVR) of thermoplastic materials under defined temperature and load. Essential for polymer QC, incoming material inspection, and production line monitoring. This AL MFI O configuration — Test Method: MFR / MVR; Displacement Sensor: Yes (5 µm); Auto Weight Loading: Yes; Net Weight: 80 kg.

Determines carbon black content in PE, PP, PB materials by operating at high temperature under inert nitrogen atmosphere. Digital PID with Fuzzy Logic control.

Determines Vicat softening temperature and heat deflection temperature (HDT) of plastics. Tests up to 6 samples simultaneously with ±0.1°C accuracy and fast cooling system.

Climatic cabinet for simulation of standard climates and extreme environmental conditions including dry heat, high humidity, and freeze. Designed for accelerated curing, thermal cycling, and humidity tests.

Laboratory sterilizer for dry air sterilization processes in food, chemistry, electronics, paint, and textile sectors. Programmable PID control with natural air circulation for homogeneous temperature distribution.

Quality control test device designed to measure the diametrical tensile strength of GRP/CTP pipes. Delivers consistent results for composite pipe manufacturing, infrastructure projects, and industrial piping systems.

Evaluates material impact resistance using Charpy and Izod test configurations on a single platform. Frictionless bearing, pneumatic brake, and self-calibration algorithm for accurate results. This ICJ 22 (Izod) configuration — Impact Energy: 15 / 22 J; Pendulum Speed: 3.5 m/s; Initial Angle: 126°.

Evaluates material impact resistance using Charpy and Izod test configurations on a single platform. Frictionless bearing, pneumatic brake, and self-calibration algorithm for accurate results. This ICJ 50 (Charpy) configuration — Impact Energy: 15 / 20 / 50 J; Pendulum Speed: 3.5 m/s; Initial Angle: 126°.

Evaluates impact resistance of corrugated pipes, water supply pipes, and polymer components via a controlled drop-weight system. PLC-controlled with touchscreen and automatic drop counting. This AL VER B configuration — Max. Pipe Diameter: 800 mm; Height Accuracy: 10 mm; Control Type: Button; Touch Screen: No.

Measures ring stiffness and deformation performance of plastic pipes (PVC, PE, PP). High-precision force and deformation measurement with robust industrial design for production and QC labs. Available in nine configurations from 5 kN to 200 kN — compare the models below.

Universal testing machines for tensile, compression, flexural, shear, and fatigue testing. Available in bench-top and high-capacity floor models with load range from 5 kN to 200 kN. This AL-UN200 configuration — Max. Test Force: 200 kN; Distance Between Clamps: 200 cm; Vertical Space: 250 cm; Horizontal Space: 80 cm; Structure: Double Column.

Universal testing machines for tensile, compression, flexural, shear, and fatigue testing. Available in bench-top and high-capacity floor models with load range from 5 kN to 200 kN. This AL-UN5 configuration — Max. Test Force: 5 kN; Distance Between Clamps: 100 cm; Vertical Space: 140 cm; Horizontal Space: 40 cm; Structure: Single Column.

Industrial-grade pressure booster capable of generating up to 3,000 bar via hydraulic or pneumatic drive. Supports constant pressure and pressure cycling test modes with full PLC automation.

Performs hydrostatic pressurisation tests on brake compressor air tanks for commercial vehicles. Multi-station design with automatic filling, discharging, and pressurisation cycles controlled by Panasonic PLC.

Designed for hydrostatic internal pressure testing of thermoplastic pipes, fittings, and pressure components. Delivers fully automated testing cycles with digital reporting, database management, and network connectivity. This AL HBT 10 configuration — Number of Lines: 10; Expansion: to 15 lines; Max. Test Pressure: 80 Bar; Burst Test Pressure: 160 Bar; Pump Capacity: 200 Bar.

Designed for hydrostatic internal pressure testing of thermoplastic pipes, fittings, and pressure components. Delivers fully automated testing cycles with digital reporting, database management, and network connectivity. This AL HBT 5 configuration — Number of Lines: 5; Max. Test Pressure: 80 Bar; Burst Test Pressure: 160 Bar; Pump Capacity: 200 Bar.

Designed for hydrostatic internal pressure testing of thermoplastic pipes, fittings, and pressure components. Delivers fully automated testing cycles with digital reporting, database management, and network connectivity. This AL HBT 3 configuration — Number of Lines: 3; Max. Test Pressure: 80 Bar; Burst Test Pressure: 160 Bar; Pump Capacity: 170 Bar.