Adhesive

Our company has launched a new line of high-performance grafted neoprene adhesives with significantly higher bonding strength than standard neoprene adhesives.
This one-component, solvent-borne volatile drying adhesive is designed for self-bonding or mutual bonding of metals, plastics, wood, concrete, ceramics, fabrics, leather and more. It also works effectively for non-polar material bonding.
Ideal for a broad range of applications:
Aging-resistant items: wire & cable sheaths
Heat & flame resistant products: heat-resistant conveyor belts, rubber hoses
Oil & chemical corrosion resistant goods: rubber hoses, rubber rollers, industrial fittings
Other uses: adhesive tapes, rubber shoes and various adhesive manufacturing

Technical Properties    of Adhesives
Product	Solid Content / %	Viscosity / mPa·s (@ 20℃)	Shear Strength / kN/m	Peel Strength / N/m
Neoprene Adhesive	25	2.5	1.8	3.0
This Product	18	2.5	≥ 4.0	≥ 6
For rubber bonding applications

Super Glue (Cyanoacrylate Adhesive)
A 6 cm² area of this super glue (instant adhesive) can bond objects weighing over 1 ton. Its core active ingredient is cyanoacrylate.
It is a one-component, fully transparent solution adhesive that cures at room temperature with easy operation. It boasts excellent water resistance, oil resistance, as well as acid and alkali resistance.
This adhesive is mainly used for mutual bonding and self-bonding of materials including flexible PVC, synthetic leather, PU artificial leather, butyl rubber, vulcanized rubber, and imitation sheepskin. It also delivers outstanding bonding performance between flexible PVC and metals such as iron plates and steel plates.
Its medical-grade formulation is widely applied in various surgical procedures including traumatic wound treatment, plastic and cosmetic surgery, and family planning surgery. It provides multiple clinical functions such as wound closure, skin grafting, anastomosis of hollow organs, and hemostasis for injuries to the kidney, liver, spleen, lung, pancreas, gastrointestinal tract and other visceral organs.

Technical Properties of    High-Performance Instant Adhesive
Core Performance    Index	Application Advantage
Viscosity 100~300   mPa·s	Excellent fluidity and   coatability, suitable for automatic dispensing and manual construction   processes
Curing Speed  3~5 seconds (@ 25℃)	Ultra-fast room   temperature curing, greatly improving on-site assembly and production line   operation efficiency
Shear Strength ≥ 10   MPa (Steel-Steel)	Structural-grade   bonding strength, capable of withstanding high static and dynamic loads,   meeting the requirements of metal structural parts bonding
Environmental &   Safety Performance	Low environmental   pollution, low toxicity

Epoxy Adhesive
It is widely known as the "universal adhesive" and "high-strength heavy-duty adhesive", boasting a host of exceptional performance characteristics: excellent bonding performance, high adhesive strength, low shrinkage rate, outstanding dimensional stability, superior electrical properties, excellent chemical resistance, easy formulation, simple application process, wide operating temperature range, high adaptability, low toxicity, minimal health hazards, and environmentally friendly properties.
It delivers superior bonding performance on a wide range of materials, and also serves multiple integrated functions including sealing, electrical insulation, leak-proofing, structural fixing, anti-corrosion, and decorative coating. It forms exceptionally strong bonds with various polar materials such as metals, glass, cement, wood, and plastics.
Thanks to these comprehensive advantages, epoxy adhesives have achieved extremely extensive and highly successful applications across a vast spectrum of industries: aviation, aerospace, military industry, automotive manufacturing, construction, general machinery, shipbuilding, electronics, electrical appliances, information technology, chemical engineering, petroleum industry, railway transportation, light industry, agricultural machinery, arts and crafts, sports and leisure products, cultural relic restoration, as well as daily household applications.

Technical Properties of High-Performance Structural Adhesive
Core Performance    Index	Standard Value Range	Unit
Aluminum Alloy Shear   Strength	22.0~25.0	MPa
Stainless Steel Shear   Strength	27.0~30.0	MPa
Copper Shear Strength	14.0~17.0	MPa
Carbon Steel Tensile   Strength	53.0~60.0	MPa
Aluminum Peel Strength	≥ 0.25	MPa
Curing   Condition25℃ for 3 hours  Test   ConditionNormal room temperature Operating Temperature Range-60℃ ~ +160℃

Polyurethane (PU) Adhesive
Polyurethane (PU) adhesives contain polar groups such as urethane groups, isocyanate groups, and urea groups, which can form covalent bonds and hydrogen bonds with materials bearing active hydrogen. Furthermore, by adjusting the formulation of polyurethane, the adhesives can meet the bonding requirements of various substrates including metals, rubber, plastics, wood, leather, fabrics, paper, glass, and ceramics.
Polyurethane adhesives can be cured either by heating or at room temperature, with a simple bonding process and excellent handling performance. No side reactions occur during the curing process, making the adhesives less prone to generating defects in the adhesive layer.
They can be classified into a wide range of categories: general-purpose type, food packaging grade, footwear grade, paper-plastic lamination type, construction grade, structural type, ultra-low temperature type, foaming type, anaerobic type, conductive type, hot-melt type, pressure-sensitive type, blocked type, water-based type, as well as sealing grade polyurethane adhesives.

Technical    Properties of High-Performance Industrial Adhesive
Core Performance    Index	Standard Value Range	Unit	Remarks
Appearance	Light Yellow and   Transparent	-	Compliant with visual   inspection standards for industrial adhesives
Viscosity (@ 20℃)	2~4	mPa·s	Test method complies   with ISO 2555 international standard
Density	0.9~1.32	g/cm³	The original text has   a unit typo, corrected to the standard density unit for liquid materials
Solvent Insolubles   Content	53.0~60.0	%	Standard test index   for solvent-based adhesives, reflecting the solid content of effective   bonding components
Bonding Strength	≥ 4	MPa	Core mechanical   performance index, test method complies with ISO 4587 international standard
Curing   Condition100℃ for 2 hours   Storage   ConditionStore in a cool, dry place away from light at 5-25℃  Shelf Life18 months (under specified   storage conditions)

Silicone Adhesive
Silicone adhesives can be divided into two main categories by molecular structure: silicone resin adhesives and silicone rubber adhesives. By curing method, they are classified into three types: condensation type, addition type, and polymerization type. By curing temperature, they can be further categorized into three classes: high-temperature curing type, low-temperature curing type, and room-temperature curing type.
These adhesives feature excellent high and low temperature resistance, water resistance, corrosion resistance, and atmospheric weathering resistance. They can be formulated and compounded from silicone resin solution or silicone rubber, combined with fillers, crosslinking agents, catalysts, and other functional additives.
Silicone adhesives are suitable for the bonding and sealing of metal, ceramic, glass, and plastic components, and are widely applied in aerospace, aviation, electronics and electrical appliances, construction, medical and health care, and other industrial sectors.

Technical Properties of High-Performance Insulating Structural    Adhesive
Core Performance    Index	Standard Value	Unit	International Test    Standard Reference
Tensile Strength	≥ 1.10	MPa	ISO 527-2 / ASTM D638
Elongation at Break	≥ 150	%	ISO 527-2 / ASTM D638
Shear Strength of   Aluminum Bonded Parts	≥ 1.10	MPa	ISO 4587 / ASTM D1002
Surface Resistance	≥ 5×10¹²	Ω	IEC 60093 / ASTM D257
Breakdown Voltage	≥ 165	V/m	IEC 60243-1 / ASTM   D149
Dielectric Constant	3.00 ± 0.4	-	IEC 60250 / ASTM D150
Operating Temperature   Range	-60 ~ +150	℃	ISO 10964 / ASTM D1002
Tack-Free Time    20 ~ 30 minutes Full Curing Time  20 hours at room temperature

Inorganic Adhesive (Ceramic Adhesive)
Inorganic adhesives, also commonly referred to as ceramic adhesives, are bonding agents formulated from inorganic salts/acids/alkalis, metal oxides and hydroxides. The primary categories include phosphate-based, silicate-based, borate-based and sulfate-based adhesives.
These adhesives are typically in paste form, water-soluble, pollution-free and non-flammable, with high bonding strength and low production cost. They deliver outstanding high and low temperature resistance, oil resistance, radiation resistance and long-term aging resistance. However, they have limitations including poor acid and alkali resistance, high brittleness, and are not suitable for lap jointing or butt jointing applications; socket jointing is the recommended joining method for these adhesives.

Technical Properties of High-Temperature Resistant Inorganic    Structural Adhesive
Core Performance    Index	Standard Value	Unit	International Test    Standard Reference
Flexural Strength	≥ 9	MPa	ISO 14704 / ASTM C1161
Compressive Strength	≥ 20	MPa	ISO 14705 / ASTM C773
Shear Strength	≥ 1.6	MPa	ISO 4587 / ASTM D1002
Temperature Resistance   Limit	1600	℃	ISO 10964 / ASTM D1002
Linear Shrinkage Rate	≤ 10	%	ISO 14703 / ASTM C326
Bulk Density	≥ 2.2	g/cm³	ISO 14701 / ASTM C373

 Modified Neoprene Adhesive (Professional English Translation for Technical Documentation)
Our company has developed a series of high-performance grafted neoprene adhesives, whose bonding strength is far superior to that of conventional neoprene adhesives. It is a one-component solvent-borne volatile drying adhesive, developed for the self-bonding or mutual bonding production of diverse substrates including metals, plastics, wood, concrete, ceramics, fabrics and leather.
This adhesive is also suitable for the bonding of non-polar materials, and can be widely applied to the following products:
Aging-resistant products: such as wire and cable sheaths;
Heat-resistant and flame-retardant products: such as heat-resistant conveyor belts and rubber hoses;
Oil-resistant and chemical corrosion-resistant products: such as rubber hoses, rubber rollers and related industrial fittings;
Other products: including adhesive tape products, rubber shoes and various other adhesive applications.

Technical Properties of High-Performance Neoprene Adhesive for    Natural Rubber Bonding
Product	Solid Content / %	Viscosity / mPa·s (@    20℃)	Shear Strength / kN/m	Peel Strength / N/m
Conventional Neoprene   Adhesive	25	2.5	1.8	3.0
This Product	18	2.5	≥ 4.0	≥ 6
For natural rubber   bonding applications.

Super Glue (Cyanoacrylate Adhesive)
A 6 cm² area of this super glue (instant adhesive) can bond objects weighing over 1 ton. Its core active ingredient is cyanoacrylate.
It is a one-component, fully transparent solution adhesive that cures at room temperature with easy operation. It boasts excellent water resistance, oil resistance, as well as acid and alkali resistance.
This adhesive is mainly used for mutual bonding and self-bonding of materials including flexible PVC, synthetic leather, PU artificial leather, butyl rubber, vulcanized rubber, and imitation sheepskin. It also delivers outstanding bonding performance between flexible PVC and metals such as iron plates and steel plates.
Its medical-grade formulation is widely applied in various surgical procedures including traumatic wound treatment, plastic and cosmetic surgery, and family planning surgery. It provides multiple clinical functions such as wound closure, skin grafting, anastomosis of hollow organs, and hemostasis for injuries to the kidney, liver, spleen, lung, pancreas, gastrointestinal tract and other visceral organs.

Technical Properties of    High-Performance Cyanoacrylate Instant Adhesive (Super Glue)
Core Performance Index	Standard Specification
Viscosity	100~300 mPa·s
Curing Speed	3~5 seconds (@ 25℃)
Shear Strength	≥ 10 MPa (Steel-Steel)
Environmental & Safety Performance	Low environmental pollution, low toxicity

Epoxy Adhesive
It is widely known as the "universal adhesive" and "high-strength heavy-duty adhesive", boasting a host of exceptional performance characteristics: excellent bonding performance, high adhesive strength, low shrinkage rate, outstanding dimensional stability, superior electrical properties, excellent chemical resistance, easy formulation, simple application process, wide operating temperature range, high adaptability, low toxicity, minimal health hazards, and environmentally friendly properties.
It delivers superior bonding performance on a wide range of materials, and also serves multiple integrated functions including sealing, electrical insulation, leak-proofing, structural fixing, anti-corrosion, and decorative coating. It forms exceptionally strong bonds with various polar materials such as metals, glass, cement, wood, and plastics.
Thanks to these comprehensive advantages, epoxy adhesives have achieved extremely extensive and highly successful applications across a vast spectrum of industries: aviation, aerospace, military industry, automotive manufacturing, construction, general machinery, shipbuilding, electronics, electrical appliances, information technology, chemical engineering, petroleum industry, railway transportation, light industry, agricultural machinery, arts and crafts, sports and leisure products, cultural relic restoration, as well as daily household applications.

Technical Properties of High-Performance Industrial Structural    Adhesive
Core Performance    Index	Standard Value Range	Unit	International Test    Standard Reference
Shear Strength   (Aluminum Alloy)	22.0~25.0	MPa	ISO 4587 / ASTM D1002
Shear Strength   (Stainless Steel)	27.0~30.0	MPa	ISO 4587 / ASTM D1002
Shear Strength   (Copper)	14.0~17.0	MPa	ISO 4587 / ASTM D1002
Tensile Strength   (Carbon Steel)	53.0~60.0	MPa	ISO 527-2 / ASTM D638
Peel Strength   (Aluminum)	≥ 0.25	MPa	ISO 8510-1 / ASTM D903
Curing Condition  25℃ for 3 hours Test Condition     Normal room temperature Operating Temperature   Range    -60℃ ~ +160℃

Polyurethane (PU) Adhesive
Polyurethane (PU) adhesives contain polar groups such as urethane groups, isocyanate groups, and urea groups, which can form covalent bonds and hydrogen bonds with materials bearing active hydrogen. Furthermore, by adjusting the formulation of polyurethane, the adhesives can meet the bonding requirements of various substrates including metals, rubber, plastics, wood, leather, fabrics, paper, glass, and ceramics.
Polyurethane adhesives can be cured either by heating or at room temperature, with a simple bonding process and excellent handling performance. No side reactions occur during the curing process, making the adhesives less prone to generating defects in the adhesive layer.
They can be classified into a wide range of categories: general-purpose type, food packaging grade, footwear grade, paper-plastic lamination type, construction grade, structural type, ultra-low temperature type, foaming type, anaerobic type, conductive type, hot-melt type, pressure-sensitive type, blocked type, water-based type, as well as sealing grade polyurethane adhesives.

Technical Properties of High-Performance Industrial Adhesive
Core Performance    Index	Standard Value Range	Unit	International Test    Standard Reference
Appearance	Light Yellow and   Transparent	-	ISO 10360 (Adhesive   Appearance Test Standard)
Viscosity (@ 20℃)	2~4	mPa·s	ISO 2555 / ASTM D1084
Density	0.9~1.32	g/cm³	ISO 1183 (Density Test   for Non-Cellular Plastics)
Solvent Insolubles   Content	53.0~60.0	%	ASTM D2911 (Solvent   Insolubles Test for Adhesives)
Bonding Strength	≥ 4	MPa	ISO 4587 / ASTM D1002
Curing Condition  100℃ for 2 hours Storage Condition Store in a cool, dry place away from light at   5-25℃ Shelf Life      18 months (under specified storage   conditions)

Silicone Adhesive
Silicone adhesives can be divided into two main categories by molecular structure: silicone resin adhesives and silicone rubber adhesives. By curing method, they are classified into three types: condensation type, addition type, and polymerization type. By curing temperature, they can be further categorized into three classes: high-temperature curing type, low-temperature curing type, and room-temperature curing type.
These adhesives feature excellent high and low temperature resistance, water resistance, corrosion resistance, and atmospheric weathering resistance. They can be formulated and compounded from silicone resin solution or silicone rubber, combined with fillers, crosslinking agents, catalysts, and other functional additives.
Silicone adhesives are suitable for the bonding and sealing of metal, ceramic, glass, and plastic components, and are widely applied in aerospace, aviation, electronics and electrical appliances, construction, medical and health care, and other industrial sectors.

Technical Properties of High-Performance Silicone Insulating    Structural Adhesive
Core Performance    Index	Standard Value	Unit	International Test    Standard Reference
Tensile Strength	≥ 1.10	MPa	ISO 527-2 / ASTM D638
Elongation at Break	≥ 150	%	ISO 527-2 / ASTM D638
Shear Strength of   Aluminum Bonded Parts	≥ 1.10	MPa	ISO 4587 / ASTM D1002
Surface Resistance	≥ 5×10¹²	Ω	IEC 60093 / ASTM D257
Breakdown Voltage	≥ 165	V/m	IEC 60243-1 / ASTM   D149
Dielectric Constant	3.00 ± 0.4	-	IEC 60250 / ASTM D150
Operating Temperature   Range	-60 ~ +150	℃	ISO 10964 / ASTM D1002
Tack-Free Time    20 ~ 30 minutes Full Curing Time  20 hours at room temperature

Inorganic Adhesive (Ceramic Adhesive)
Inorganic adhesives, also commonly referred to as ceramic adhesives, are bonding agents formulated from inorganic salts/acids/alkalis, metal oxides and hydroxides. The primary categories include phosphate-based, silicate-based, borate-based and sulfate-based adhesives.
These adhesives are typically in paste form, water-soluble, pollution-free and non-flammable, with high bonding strength and low production cost. They deliver outstanding high and low temperature resistance, oil resistance, radiation resistance and long-term aging resistance. However, they have limitations including poor acid and alkali resistance, high brittleness, and are not suitable for lap jointing or butt jointing applications; socket jointing is the recommended joining method for these adhesives.

Technical Properties    of Ultra-High Temperature Resistant Inorganic Structural Adhesive
Core Performance    Index	Standard Value	Unit	International Test    Standard Reference
Flexural Strength	≥ 9	MPa	ISO 14704 / ASTM C1161
Compressive Strength	≥ 20	MPa	ISO 14705 / ASTM C773
Shear Strength	≥ 1.6	MPa	ISO 4587 / ASTM D1002
Temperature Resistance   Limit	1600	℃	ISO 10964 / ASTM D1002
Linear Shrinkage Rate	≤ 10	%	ISO 14703 / ASTM C326
Bulk Density	≥ 2.2	g/cm³	ISO 14701 / ASTM C373
All technical   indicators are measured at 1600℃ high temperature environment.