Smart Alternative to Soldering · Since 2003

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.

Copper coolant coil bonded to defreezer wall with Jeet Chemical thermal paste
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
Defreezer wall← 1–2 mm thermal pasteCopper coolant piperouted in serpentine / zig-zag formThermal pastefills every micro-gap, follows the bendsDefreezer wallgap-free thermal bridge

Key benefits

Six reasons engineers switch

Full specifications

No Soldering Required

Solder-free, torch-free bonding. Any technician can apply it — no specialist tools or certification needed.

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

Trusted across India

Trusted by Refrigeration Manufacturers Across India

30+
Industrial Customers
19+
Cities
3
Commercial, Industrial & Medical Refrigeration

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