CO2- based materials
CO2- based materials are high polymers of carbon dioxide and other monomers under the action of catalyst. Using carbon dioxide to produce CO2-based materials can not only "turn waste into treasure" of greenhouse gases, but also reduce the dependence of chemical industry on petroleum resources. Under the strategic goal of "dual carbon"l, the prospect of CO2-based materials is promising, and the market attention keeps rising.
Adhesives:Replace petroleum-based polyether/polyester to provide solutions for reducing carbon footprint
In the adhesive system, replacing part of the petroleum-based polyether with CO2-based polyether can improve the crystallinity of the whole product, thus improving its bulk strength and adhesive strength to the substrate. For replacement and CO2 insertion, we provide different solutions for different applications and performance requirements.

High strength of colloid body

Strong adhesion

Reducing your carbon footprint and moving towards carbon neutrality

CPU/TPU: Replacing petroleum-based polyether/polyester

High tensile strength

High tear strength

Colloid is more transparent

Reduce carbon footprint

In CPU/TPU, partial replacement of petroleum-based polyether with carbon dioxide-based polyether can greatly improve the production efficiency of the prepolymer and the tensile strength and tear strength of the product, and has little effect on the hardness of the product. Transparency will increase. For the replacement amount, we will provide different solutions according to different systems and performance requirements.
Polyurethane foam
Polyurethane foam: replace petroleum-based polyether/polyester, reduce carbon footprint

Satisfy foam properties

Meet the foaming process

Excellent Oxidation/Abrasion/Chemical Resistance

Good biodegradability

According to the different application directions and application scenarios of foamed materials, we design CO2-based polyethers with different functional groups and molecular weights to meet customers' requirements for product physical properties and carbon footprint reduction. The applicable directions are: polyurethane slow-resilience foam material, high-resilience foam material and rigid foam material.
Provide negative carbon products for customers with petroleum-based surfactants

better hydrophilicity

higher surface activity

sustainable regeneration

Carbon dioxide-based surfactants can replace petroleum-based surfactants under specific circumstances, providing customers with carbon-negative products and reducing carbon footprints. According to different applications, such as daily chemicals, water treatment, agriculture and other application fields, Jiahua can provide customers with sustainable solutions according to customer needs combined with the indicators of petroleum-based surfactant products.
Dimethyl carbonate

Better environmental performance

more green and sustainable

Negative carbon products, reducing carbon footprint

It is a chemical raw material with low toxicity, excellent environmental protection performance and wide application. It is an important intermediate in organic synthesis. Its molecular structure contains functional groups such as carboxyl, methyl and methoxy. It has a variety of reactivity. It has the characteristics of safety, convenience, less pollution and easy transportation. Compared with the traditional synthesis process phosgene, Jiahua utilizes the greenhouse gas-carbon dioxide to synthesize dimethyl carbonate, consumes carbon dioxide, reduces carbon footprint, and provides environmentally friendly products for the petrochemical industry.