With the increasing awareness of environmental protection, the selection and application of materials in all walks of life are also paying more attention to the degree of environmental friendliness. As a substitute for traditional ammonia-containing blowing agent, ammonia-free blowing agent is gradually becoming the new darling of the market with its unique advantages.
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C2: ① White powder, can replace yellow and white blowing agent. ② The gas volume is 165ml/g.
C2+ : ① White powder, containing microspheres, suitable for rubber, EVA, soft products. Compared with C2, the gas volume is larger and more difficult to shrink.
C3: ① White powder, can replace yellow and white blowing agent. ② The gas volume is 155ml/g.
C6: ① White powder, can replace yellow and white blowing agent. ② The gas output is 150ml/g.
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① Additive amount=(AC blowing agent +NC blowing agent) *1.3
Ammonia-free blowing agent can be used instead of AC and NC blowing agent, and the addition amount is 1.3 times the sum of AC blowing agent and NC blowing agent.
②1=2!
Ammonia-free blowing agent is environmentally friendly, and AC blowing agent contains ammonia. Foaming mainly relies on ammonia, but it smells very harsh and is not environmentally friendly, so ammonia-free foaming agents can replace traditional foaming agents.
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01 Traditional blowing agent
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② Harmful chemicals: Traditional blowing agents usually contain ammonia, halogens, etc., which pose a potential threat to human health, and long-term exposure may cause respiratory diseases.
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02 Ammonia free blowing agent
① Green environment-friendly blowing agent, the use of dichloride phosphate for ammonia removal, ammonia removal rate is higher, due to the decomposition of blowing agent without chlorine gas, making foaming products more environmentally friendly, improve the production environment.
② Environmental protection: Ammonia-free blowing agent significantly reduces the emission of harmful substances, is environmentally friendly, meets green production standards, and promotes sustainable development.
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