Thermowave Plate Heat Exchanger Gaskets TL250S TL150S TL90S
Precision Geometric Alignment: Engineered to match the exact 1014*438 mm dimensions and 3.8mm corrugation depth for a leak-proof seal.
High-Grade Material Science: Utilizes advanced NBR/EPDM formulations optimized for the specific 0.00145 m² flow area and industrial thermal loads.
Factory-Direct Technical Fit: Direct replacement parts designed for the Φ107 port diameter and 7.6 equivalent diameter of Thermowave TL250S units.
Thermowave gaskets details
PHE Model
Thermowave TL250S
Keyword
Thermowave TL250S Gasket
Application
Chemical, HVAC, Power, Sugar, Beverage, Refinery, Marine, Paper
Connection Type
Clip-on, Glue-on, Hang-on, Snap-on
Gasket Material
NBR.HNBR EPDM HEPDM VITON
Plate Heat Exchanger Models
TL500S/TL250S/TL500P/TL250P/TL400S/TL200S/TL400P/TL200P
DESCRIPTION
Senovis engineering specializes in manufacturing precision-molded Plate Heat Exchanger gaskets specifically for the Thermowave TL250S series. To ensure optimal sealing performance, our gaskets are designed to match the specific 3.8mm corrugation depth and 14.39mm pitch of the Thermowave TL250S Plate Heat Exchanger. With a focus on dimensional integrity, our Heat Exchanger Seals align perfectly with the 1014*438 mm plate dimensions and accommodate the Φ107 port diameter required for efficient fluid dynamics.
As a dedicated source for high-grade PHE Spare Parts, our factory utilizes advanced NBR and EPDM formulations to maintain a secure seal across the 0.00145 m² flow area. Each Thermowave TL250S gasket is tested to handle the specific chevron angles and equivalent diameters characteristic of this model. By prioritizing material science and exact fitment, we provide industrial operators with reliable components that stabilize thermal exchange in demanding environments. Trust our manufacturing expertise for your next Thermowave TL250S maintenance project.
specification
| Thermowave PHE Plate Heat Exchanger Replacemnet | Thermowave TL250S PHE Plate Heat Exchanger |
| Keyword | Thermowave Plate Heat Exchanger |
| Corrugation Depth(mm) | 3.8 |
| Port Diameter(mm) | φ107 |
| Chevron Angle | 127.5°60° |
| Corrugation Pitch(mm) | 14.39 |
| Equivalent Diameter | 7.6 |
| Flow Area(m²) | 0.00145 |
| One Plate (m²) | 0.28 |
| Port Distance (mm) | 774*256 |
| Dimensions (mm) | 1014*438 |
catalogue
| Compatible Brands | Plate heat exchanger models |
| Alfa Laval | M3, M6M, M10M, M10B, M15M, M15B, M20M(T20M) , T20B, T20P, M30, AK20, CLIP3, CLIP6, CLIP8, CLIP10, MX25B, MX25M, TS6M, TS20M, P16, P22/P26, TL6B, TL10B, TL10P, TL15B, A15B, M6MW, M10BW, MK15BW, T20MW, AM10, AM20, A20B, AX30B, AC400, AC600 |
| Sondex | S4A, S7A, S8A, S9A, S14A, S17, S18, S19A, S20A, S21, S21A, S22, S31A, S37, S38, S41A, S41, S42, S43, S47, S47A, S58, S62, S63, S64, S65, S81, S86, S100, S121, SW40, SF123 |
| APV | T4, SR1, SR2, SR3, SR9, R5, H12, H17, N25, N35, Q030D, Q030E, Q055D, Q055E, Q080E, SR6GL, K34, K55, A055, A085, J060, J092, J107, M60, M92, M107, B063, B110, B134 |
| GEA | VT04, VT10, VT20, VT20P, VT40, VT40M, VT80, VT80M, N40, VT405P, NT50T, NT50M,NT50X, NT100T, NT100M, NT100X, NT150S, NT150L, NT250S, NT250M, NT250L, NT350S, FA184 |
| API | SIGMA13, SIGMA19, SIGMA25, SIGMA26, SIGMA35, SIGMA35X, SIGMA37, SIGMA56, SIGMA66, SIGMA96, SIGMA106, SIGMA156 |
| FUNKE | FP04, FP08, FP09, FP10, FP14, FP16, FP19, FP20, FP22, FP205, FP31, FP40, FP41, FP50, FP60, FP80, FP81, FP100, FP120, FP405 |
| Tranter | GC8, GX26, GC51, GX64, GX145, GL13, GX42, GX51, GX85, GL16, GCD044, GC60, GX91, GC26, GCD054, GX60, GX100 |
| Vicarb | V2 / V4 / V8 / V13 / V20 / V45 / V28 / V60 / V100 / V110 / V130 / V170 / V280 |
| Thermowave | TL500S / TL250S / TL500P / TL250P / TL400S / TL200S / TL400P / TL200P / DN150A / TL150S / TL90S / TL50P / TL90P / TL150P / TL650P / LT850P / TL650S / LT850S |
| SWEP | C8, GX12, GL13, GC16, GX26, GC26, GX42, GC51, GX51, GC60, GX60, GX64, GX85, GX91, GX100, GX145, GX180 |
HVAC Applications
Common Types of Gasketed Plate Heat Exchangers (GPHE) for HVAC Applications
In modern HVAC engineering, selecting the correct frame and plate configuration is critical for system efficiency and longevity. We offer several specialized types of Plate Heat Exchangers (PHE) tailored for diverse climate control requirements:
1. Standard Single-Pass GPHE
The most widely used configuration in the HVAC industry.
- Design: All four inlet and outlet ports are located on the fixed frame plate.
- Best For: Standard water-to-water heat transfer with symmetrical flow rates.
- Key Advantage: Allows for easy maintenance and cleaning without disconnecting the piping system.
2. Multi Pass GPHE
Engineered for complex thermal requirements where a single pass cannot reach the target temperature.
- Design: The fluid follows a folded path, reversing direction multiple times within the plate pack.
- Best For: Applications with extremely close approach temperatures or very low flow rates.
- Key Advantage: Maximum heat recovery efficiency in a compact footprint.
3. Semi Welded GPHE
A hybrid solution designed for safety and durability in refrigeration cycles.
- Design: Pairs of plates are laser-welded together to form a sealed cassette, while the other side remains gasketed.
- Best For: Systems using Ammonia (NH3) or aggressive refrigerants.
- Key Advantage: Combines the high-pressure resistance of welded units with the accessibility of gasketed units.
4. Double Wall GPHE (Safety Type)
The ultimate solution for preventing cross-contamination between two media.
- Design: Two plates are nested together to create a safety air gap; if a leak occurs, the fluid escapes externally rather than mixing.
- Best For: Domestic Hot Water (DHW) heating and applications where potable water must remain uncontaminated.
- Key Advantage: Provides a visual leak detection system and 100% fail-safe protection.
5. Free Flow GPHE
Designed for fluids containing particles, fibers, or high-viscosity media.
Key Advantage: Significantly reduces fouling and clogging, extending the interval between service cycles.
Technical Selection Guide for HVAC Projects
| Feature | High-Pressure Frame | Shallow-Wave (High Theta) |
| Primary Use | High-rise buildings (>100m) | Energy-saving “Free Cooling” |
| Advantage | Supports up to 2.5–3.0 MPa | Approach temperatures as low as 1°C |
| Material | Reinforced carbon steel frame | Optimized SS316L/SS304 plates |
Get a Professional Thermal Solution Today!
Need a precise quote or technical drawing for your HVAC project? Our engineering team is ready to help.
- WhatsApp/WeChat: +86-15094396595 (Instant Response)
- Email: sales@pheheat.com
- Company: Senovis (Beijing) Technology Co., Ltd.
- Service: 24/7 Technical Support | Rapid Quote within 2 Hours.
