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From smooth coils to insulated pipes — precision-crafted copper tubes for modern industry.
Inner-Grooved Copper Tubes are precision-engineered tubes featuring longitudinal micro-fins on their internal surface. These internal structures significantly increase the effective heat transfer area and enhance thermal exchange between the tube wall and the circulating refrigerant.
Such tubes are extensively utilised in air conditioning, refrigeration
systems, heat pumps, and other energy-efficient applications where high
thermal conductivity and compact design are required. The internal grooves
increase flow resistance, promoting fluid turbulence and thereby improving
the overall heat transfer coefficient. This results in reduced energy
consumption and improved system performance.
Manufactured from high-purity copper (minimum 99.95%), the tubes conform to
international standards including JIS, ASTM, EN, and AS/NZS. They feature
high dimensional accuracy, low weight, and excellent formability for ease
of installation. A variety of diameters and custom specifications are
available upon request.
Level Wound Coils (LWC) are high-purity copper tubes (minimum 99.95% Cu),
supplied in precisely wound large-volume coils. This format enables
uninterrupted feeding in automated manufacturing processes, minimising the
need for tube splicing or manual handling.
LWC tubes are widely used in air conditioning and refrigeration systems,
as well as in heat exchangers and the broader HVAC industry. They offer
excellent dimensional accuracy, smooth surface finish, and compatibility
with high-pressure refrigerants such as R410A and R32.
Material: Copper content (Cu):minimum of 99.95%, Phosphorus concentation
(P): 0.015% - 0.04%.
The tubes are manufactured in compliance with international standards
including JIS, ASTM, EN, and AS/NZS. Available in soft (annealed) or hard
temper, they can be customised in terms of wall thickness and outer
diameter according to specific technical requirements.
Pancake Coils are compactly wound copper tubes supplied in flat coil form,
designed for ease of transport, handling, and manual installation. They are
manufactured from high-purity copper (minimum 99.95%) with excellent
dimensional accuracy and surface quality.
These coils are widely used in both residential and commercial air
conditioning systems, refrigeration units, construction, and plumbing
applications. Pancake Coils are easy to bend and install, making them
ideal for use with high-pressure refrigerants such as R410A and R32.
The tubes feature a bright, clean surface finish, high ductility, and compliance with international standards including JIS, ASTM, EN, and AS/NZS. Standard coil lengths include 15m, 30m, 45m, and 50m with custom wall thicknesses available upon request.
Straight Copper Tubes are precision-cut copper tube sections with a bright, smooth surface finish and excellent dimensional stability. They are widely used in HVAC systems, refrigeration, heating, construction, and plumbing applications where rigid, pressure-resistant pipework is required.
Manufactured from high-purity copper (minimum 99.95%), these tubes comply
with international standards including JIS, ASTM, EN, and AS/NZS. Straight
tubes offer excellent weldability, high internal pressure resistance, and
are available in both soft (annealed) and hard tempers depending on
application needs.
Standard length range: 2.5 metres to 6 metres, with customised wall
thicknesses and diameters available upon request.
Crafted with precision, this copper coil features a premium cross-linked polyethylene insulation, meticulously expanded to form a closed-cell microcellular crystal network. A sleek, thin polyethylene outer layer envelops the insulation, delivering enhanced protection and optimised efficiency. This sophisticated combination ensures the copper tube performs exceptionally well even in the most challenging outdoor environments, making it ideal for heating, cooling, and air conditioning applications.
The coil is engineered for robust durability and impressive energy savings,
boasting outstanding resistance to mechanical pressure. Its reliable
operation spans a broad temperature range from -80°C to 110°C. Composed of
high-purity copper with a minimum of 99.95% copper content and phosphorus
levels finely balanced between 0.015% and 0.04%, this product combines
quality and performance seamlessly.
With these qualities, it effortlessly ensures energy efficiency, excellent
performance in corrosive and demanding environments, and a straightforward,
time-saving installation process — all designed to meet the rigorous
demands of modern industrial applications.
Ruby Insulation represents the pinnacle of advanced technology in thermal management. Engineered to deliver exceptional performance, it offers unparalleled energy efficiency, ensuring significant reductions in operational costs. Its robust construction provides high pressure resistance, safeguarding systems under demanding conditions. Designed with safety in mind, it ensures a secure operating environment. The insulation effectively mitigates noise, contributing to a quieter and more comfortable setting. Its durability is complemented by excellent elasticity, maintaining integrity over time. Environmentally conscious, it boasts low levels of Volatile Organic Compounds (VOCs) and high resistance to dust, aligning with sustainable practices. With low thermal conductivity—≤ 0.036 at 0°C and ≤ 0.040 at 40°C—it demonstrates superior insulating properties, particularly at elevated temperatures, making it an ideal choice for high-quality insulating foam applications.
Copper Endfeed Fittings offer a reliable and efficient solution for connecting copper pipes in plumbing and heating systems. Designed for ease of installation, these fittings ensure strong, leak-proof joints that withstand high pressure and temperature variations. Crafted from high-quality copper, they provide excellent corrosion resistance and durability, making them ideal for both domestic and commercial applications. Their precision engineering guarantees a secure fit, promoting long-lasting performance and system integrity.