Crystal Pulling/Extrusion Molding Process-a Cooling Challenge-a Oasis Bingfeng-in a chinfel dan

Crystal Pulling/Extrusion Molding Process-a Cooling Challenge-a Oasis Bingfeng-in a chinfel dan

Pain Point Review: Engvangin Nge Cooling Water Temperature Stability hi a pawimawh em em?

Semiconductor monocrystalline silicon pulling, photovoltaic silicon wafer siam, leh specialty engineering plastic extrusion process-ah te hian cooling water temperature inthlak danglamna tenau te pawh hian product quality a nghawng nghal vek a ni:

Crystal Defects tihpun: 1.1.

Temperature inthlak danglamna hian lattice misalignment a thlen a, electrical performance a nghawng nasa hle.
Mechanical Strength tihhniam: 1.1.

Polymer chain te chu a inrem thei lo va, material toughness a ti tlem a ni.
Product Consistency tha lo: 1.1.

Batch hrang hranga performance danglamna nasa tak avang hian yield rate sang tak neih a harsa hle.

Oasis Bingfeng-in a chinfel dan: Triple-Precision Temperature Control System a ni

Crystal pulling leh extrusion molding process-a cooling water temperature mamawh khauh tak phuhruk nan Oasis Bingfengkhar-circuit cooling tower te a awm"Equipment + Control + Process" solution inzawmkhawm tak pe rawh:

Solution 1: High-Precision Heat Exchange System - Source atanga Temperature Stability enfiah

Technical lama hmalakna hrang hrang:

•High-efficiency heat exchange coil (stainless steel emaw copper 304-a awm) hmanga, heat transfer coefficient sang tak leh rapid response speed pe thei.
• Combined Flow Design: Hmun tlemtea heat exchange inang tlang zawk neih theih nan counterflow leh crossflow thatna te inzawmkhawm.
• Optimized Coil Arrangement: Tui lum leh vawt inthlak danglamna tihziaawmna turin unit volume khatah heat transfer area tihpun.

Customer te tana hlutna:

• Inlet/outlet temperature danglamna chiang zawka control a, downstream control system tan lungphum nghet tak a siam.
• Heat exchange efficiency 15% atanga 20% a sang zawk, condition inangah outlet water temperature hniam zawk neih theihna.

Hrehawmna chinfel dan 2: Temperature Control System fing tak - Real-Time Load Response

Technical lama hmalakna hrang hrang:

• PID Intelligent Control Algorithm: Outlet temperature chu real time-in a enfiah a, fan speed leh spray water volume dik takin a siamrem thei.
• Variable Frequency Technology: Thermal load tak tak atanga operating power chu automatic in a siamrem a, overcooling emaw overheating emaw a veng thei.
• Multi-Point Temperature Monitoring: Key position-a sensor dah te hian closed-loop control system an siam thin.

Customer te tana hlutna:

• Outlet temperature inthlak danglamna chu ±1℃chhunga control a ni a, crystal pulling process-a stability mamawh khauh tak a tlin.
• Temperature inthlak danglamna avanga crystal defect awm thei tur a veng a, product yield a ti tha hle.
• Data tehna atanga a lan dan chuan: intelligent control an hman hnuah photovoltaic company pakhat chuan silicon wafer yield chu 3.5% velin a tipung a.

Solution 3: Process-Adaptive Design - Thil chi hrang hrang atana Customized Optimization

Technical lama hmalakna hrang hrang:

• Preset Process Parameters: Material hrang hrang (monocrystalline silicon, polycrystalline silicon, engineering plastics, etc.) cooling characteristics hmanga operating curve tha ber siam a ni.
• Fast Response Mode: Extrusion process-a start-stop cycle tam tak neih theihna tura system response speed tihsan.
• Constant Temperature Assurance Function: Low-load emaw zan lama hnathawh lai pawhin set temperature a vawng reng thin.

Customer te tana hlutna:

• Batch hrang hranga product quality consistency nasa taka tihchangtlun.
• Temperature inthlak danglamna avanga process adjustment hun tihtlem.
• Mold leh heating elements te service life rei zawk.

Case Study tak tak: Photovoltaic Company pakhatin Monocrystalline Silicon Pulling Process a hmanna tur Cooling Retrofit

Customer te pain Point te chu:

• Original cooling system khan thlasik high-temperature period-ah tui temperature ±3℃thlenga inthlak danglamna a tawk a, hei hian monocrystalline silicon-ah dislocation density a tisang a ni.
• Yield rates a inthlak danglam nasa hle a, hei hian high-end market-a inelna a tichhe hle.

Oasis Bingfeng-in a chinfel dan:

• Counterflow a configure akhar-circuit lumna tower(a structure compact, heat exchange efficiency sang tak) a ni.
• Variable frequency control system fing tak hmanga thuam a ni a, ±0.8℃precision a ti thei.
• Tui quality bawlhhlawh tihbo nan stainless steel coil 304 hman a ni.

Implementation atanga a chhuah dan:

• Tui lumna inthlak danglamna chu ±1℃chhunga control a ni a, crystal defect rates chu 28% velin a tihhniam.
• Single-furnace output chu 12% in a pung.
• Kum khata tui khawlkhawm chu ton 15,000 chuang a ni a, electric man pawh 18% velin a tlahniam.