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The Rubber Low Temperature Brittleness Tester determines the temperature at which rubber and plastic samples become brittle under impact conditions. It allows comparative evaluation of non-rigid plastics and other elastic materials under low temperature environments, assessing advantages, limitations, and low-temperature performance. The equipment uses cascade compressor refrigeration, heat balance, and circulation stirring technology to achieve uniform cooling and precise temperature control. There are two models: one for rubber and one for plastic.
Applications
(1) Rubber automotive parts: tires, seals, hoses.
(2) Footwear components: rubber soles, midsoles, and elastomeric materials.
(3) Industrial rubber products: conveyor belts, vibration dampers.
(4) Plastic components: thermoplastic elastomers, PVC, PU sheets.
(5) Laboratory research: evaluating low-temperature brittleness for R&D of polymers.
(6) Quality control: monitoring material performance in production and ensuring compliance with standards.
Standards
(1) ISO 812 — Rubber, vulcanized or thermoplastic: Determination of low-temperature brittleness
(2) GB/T 15256 — Rubber, vulcanized or thermoplastic: Determination of low-temperature brittleness
(3) JIS K 6261-2006 — Rubber, vulcanized or thermoplastic: Low-temperature property determination
(4) ASTM D2137 — Rubber property: Brittleness point of flexible polymers and coated fabrics
Features
(1) Measures low-temperature brittleness point of rubber and plastic, critical for material selection and durability evaluation.
(2) Uses cascade compressor refrigeration for rapid and uniform cooling.
(3) Precise temperature control with minimal fluctuation (±0.5°C).
(4) Fully automatic cooling and constant temperature maintenance.
(5) Suitable for laboratory research, production monitoring, and quality control.
Technical Parameters
Item Specification
Temperature control range -80℃ (room temp ≤25℃); models available for -60℃, -70℃, -80℃
Cooling speed 0 → -20℃: 1.2–20℃/min
-20 → -30℃: 1.0–30℃/min
-30 → -40℃: 0.7–60℃/min
-40 → -60℃: 0.7℃/min
-60 → -80℃: 0.5℃/min
Temperature fluctuation (after constant) < ±0.5℃ within 3 min
Overall size 900 × 505 × 800 mm (L × W × H)
Test chamber size 220 × 170 × 70 mm (L × W × H)
Cooling medium Ethanol or other non-freezing liquid
Mixing motor 15 W
Power supply 220–240 V, 50 Hz, 2 kW
The Rubber Low Temperature Brittleness Tester determines the temperature at which rubber and plastic samples become brittle under impact conditions. It allows comparative evaluation of non-rigid plastics and other elastic materials under low temperature environments, assessing advantages, limitations, and low-temperature performance. The equipment uses cascade compressor refrigeration, heat balance, and circulation stirring technology to achieve uniform cooling and precise temperature control. There are two models: one for rubber and one for plastic.
Applications
(1) Rubber automotive parts: tires, seals, hoses.
(2) Footwear components: rubber soles, midsoles, and elastomeric materials.
(3) Industrial rubber products: conveyor belts, vibration dampers.
(4) Plastic components: thermoplastic elastomers, PVC, PU sheets.
(5) Laboratory research: evaluating low-temperature brittleness for R&D of polymers.
(6) Quality control: monitoring material performance in production and ensuring compliance with standards.
Standards
(1) ISO 812 — Rubber, vulcanized or thermoplastic: Determination of low-temperature brittleness
(2) GB/T 15256 — Rubber, vulcanized or thermoplastic: Determination of low-temperature brittleness
(3) JIS K 6261-2006 — Rubber, vulcanized or thermoplastic: Low-temperature property determination
(4) ASTM D2137 — Rubber property: Brittleness point of flexible polymers and coated fabrics
Features
(1) Measures low-temperature brittleness point of rubber and plastic, critical for material selection and durability evaluation.
(2) Uses cascade compressor refrigeration for rapid and uniform cooling.
(3) Precise temperature control with minimal fluctuation (±0.5°C).
(4) Fully automatic cooling and constant temperature maintenance.
(5) Suitable for laboratory research, production monitoring, and quality control.
Technical Parameters
Item Specification
Temperature control range -80℃ (room temp ≤25℃); models available for -60℃, -70℃, -80℃
Cooling speed 0 → -20℃: 1.2–20℃/min
-20 → -30℃: 1.0–30℃/min
-30 → -40℃: 0.7–60℃/min
-40 → -60℃: 0.7℃/min
-60 → -80℃: 0.5℃/min
Temperature fluctuation (after constant) < ±0.5℃ within 3 min
Overall size 900 × 505 × 800 mm (L × W × H)
Test chamber size 220 × 170 × 70 mm (L × W × H)
Cooling medium Ethanol or other non-freezing liquid
Mixing motor 15 W
Power supply 220–240 V, 50 Hz, 2 kW