In the pharmaceutical engineering field that strictly follows GMP specifications and pursues zero pollution, the temperature control of the production process is directly related to the safety, effectiveness and compliance of drugs. As a key infrastructure, industrial chillers are deeply integrated into the entire pharmaceutical production process by providing high-precision, high-cleanliness, continuous and stable cooling capabilities, providing key guarantees for the following core links.
Cooling protection of process equipment: Auxiliary equipment such as laser coding machines, vacuum pumps, sterilization cabinet cooling jackets, compressed air dryers, etc. rely on chillers to dissipate heat in time to avoid overheating and shutdown affecting continuous production.
Special requirements for chillers in the pharmaceutical industry: Material compliance: 316L stainless steel is used for pipes/plates in contact with fluids to prevent ion precipitation from contaminating the liquid medicine.
Anti-pollution design: fully enclosed water pump, no sanitary dead corner structure.
Precision and stability: Temperature control must reach ±0.2~0.5℃ (customized model) to prevent temperature drift from affecting process parameters.
Redundant backup: dual compressor design or N+1 backup mechanism to ensure uninterrupted operation of key processes 365 days a year.
The delivery was on time, everything well done and the supplier was quite professional and always at our disposal, even with the hour difference, he always answered very quickly to all the questions. Gave us full details, we felt rather comfortable with this order. Thank you David, you were crucial to the success of this acquisition.
Running 32°C mold temp ±0.3°C with Tekin’s chiller cut our ABS warpage scrap from 7% to 0.8%. Energy recovery pre-heats pellets – saving $18,000/month in Dongguan summer. Worth every penny.
±0.5°C quench air control eliminated 0.7% ‘dumbbell’ PET fibers. AI predicts spin finish temp drift – saving $360k/year on off-spec material.
Achieved PUE 1.15 by integrating their dry cooler with free cooling. EC fans cut noise to 68dB(A) – passed municipal audit 1000m from residential zone. Maintenance cost? 70% lower than evaporative towers.
Carbon footprint tracker proved 580 tons CO₂ reduction/year. Recycled titanium in heat exchangers got us tax credits under EU CBAM. Sustainability isn’t marketing fluff here.
Cooling acrylonitrile reactor at -5°C with Tekin chiller. Zero downtime in 18 months vs. replacing 316SS exchangers quarterly. Corrosion warranty backed real data.
ATEX-certified chiller on gas compressor stayed online during -35°C Siberian winter.
· ±1°C (meets 90% of conventional applications)
· Need ±0.5°C? Optional upgraded chiller
· Need ±0.1°C? Optional upgraded chiller
· Basic requirements: 380V power supply (±10%)
Level cement foundation (bearing capacity ≥800kg/m²)
Cooling water pipeline (DN65 interface)
· Installation time:
Hanging the whole machine in place: 1 hour
Water and electricity connection debugging: 4 hours
· Standard model: +5°C to +35°C (ambient temperature ≤ 43°C)
· High temperature response: 85% cooling capacity retention at 43°C (better than the industry average of 75%)
⚠️ Tip: For environments above 43°C, we recommend that you choose a water-cooled chiller
· Free warranty: compressor/circuit board failure
· Cost charges:
Scale blockage (not cleaned regularly)
Rat bite circuit (no protective cover installed)
Voltage instability leading to board burnout (no voltage regulator installed)
Machine damage caused by human factors or force majeure environmental factors
Name: Tekin Cooling Co., Ltd
WhatsApp/phone: +8618875909946
WhatsApp/phone: +8618823849501
Email: info@tekincooling.com