No Soldering Required
Solder-free, torch-free bonding. Any technician can apply it — no specialist tools or certification needed.
Smart Alternative to Soldering · Since 2003Thermal Conductive
Thermal Conductive
Paste.
High-performance thermal interface material that bonds copper coolant pipe to defreezer wall in minutes — no torch, no technician, for excellent cooling efficiency.
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Our story
Built around one stubborn problem.
Soldered joints between copper coolant pipes and defreezer walls have always trapped air, corroded over time, and demanded skilled labour. In 2003 we set out to replace that joint with a paste — and we've been refining the chemistry ever since.
2003
Founded
23+
Years in production
200+
OEM & industrial clients
20+
Indian Cities
RoHS
Compliant
Traditional Soldering
- Air gaps trap heat, hurt thermal contact
- Compressor overload, reduced cooling
- Higher electricity consumption & costs
- Premature copper coil corrosion & failure
- Difficult process and expensive
With Jeet Chemical paste
- No soldering — safe, any technician can apply
- Gap-free bond — maximum contact surface
- Excellent cooling transfer through coolant pipe
- Consistent, stable cooling performance
- Lower energy bills — use a smaller compressor
- High-grip bond, zero corrosion for longevity
- Easy process — total cost decreases by 50%+
How it works
Copper pipe → paste → wall.
A gap-free thermal bridge.
A 1–2 mm layer of our inorganic silicon-oxide compound fills every micro-gap between the copper coolant pipe and the defreezer wall — eliminating the air pockets that cripple heat transfer in soldered joints.
1–2 mm
Layer thickness
5 : 1
Paste : ISO
Upto 40 min
Cure time
Key benefits
Six reasons engineers switch
Cure Time Upto 40 min
Quick-setting thixotropic formula. Initial set in 40 minutes — dramatically cuts equipment downtime at installation.
650–1000 kg/cm² Compressive Strength
Stronger than solder. Lap shear 800–1000 kg/cm². Resists vibration, oils, mould, fungi and acids.
Superior Cooling Efficiency
Fills every micro-gap that traps heat. Maximises copper-to-wall contact for optimal heat exchange.
−80 °C to +150 °C Range
Tested in defreezer cooling and furnace hardness tests. Cracking temperature 250 °C — never melts below 150 °C.
Zero Corrosion · Salt-Spray Verified
Inorganic base, RoHS compliant. No red rust after 96 hrs ASTM B-117 salt-spray testing.
Two-part Inorganic Thixotropic Compound · 5 : 1 Mix · 24-Month Shelf Life · ASTM B-117 Salt-Spray Verified · RoHS Compliant
Where it's used
From cold chain to steel mills
DefreezersGlycol DefreezerPCM FreezerWater CoolerMilk CoolerBulk CoolerIce-cream Cooling StonesVisi CoolerGlass-top CounterWine Table FreezerAC & ChillerBOD IncubatorVacuum OvenAutoclaveSteel PlantsCement FactoriesFOW (Freezer on Wheel) Deep FreezerStability ChamberLab & Medical Deep FreezerDead Body ChamberTawa Ice-cream MachineHardener Machine
Bring your application to us.
Send us your bonding or sealing problem — we'll send you a sample tuned to your curing time, temperature range and substrate.
Request a sample