Triaminoguanidine is a kind of non-azide nitrogen-rich flammable compound, which has some advantages of high nitrogen, good thermal stability, and high positive formation enthalpy, etc.

要三氨基胍是一种非叠氮类、富氮型、可燃性化合物，其系列含能化合物具有高的正生成焓、热稳定性好、氮含量高等特点。

The result shows that it can effectively prevent the flammable liquid volatilizezing from the solid alcohol fuel by coating polymer on surface for the environment - friendly purpose.

结果表明,通过高分子覆膜工,可有效地抑制固体燃料中可燃性液体的挥发,达到安全环保的作用。

Inevitably there will remain some risk of incendive discharge and for this reason precautions are also necessary to avoid flammable atmospheres in the area where the blast cleaning is taking place.

不可避免地，喷砂清洗过程中会有一定的可燃性放电危险，因此需要采取预防避免喷砂清洗区形成易燃环境。

Triaminoguanidine is a kind of non-azide nitrogen-rich flammable compound, which has some advantages of high nitrogen, good thermal stability, and high positive formation enthalpy, etc.

摘要三氨基胍是一种非叠氮类、富氮型、可燃性化合物，其系列含能化合物具有高的正生成焓、热稳定性好、氮含量高等特点。

The result shows that it can effectively prevent the flammable liquid volatilizezing from the solid alcohol fuel by coating polymer on surface for the environment - friendly purpose.

结果表明,通过高分工,可有地抑制固体燃料中可燃性液体的挥发,达到安全环保的作用。

Inevitably there will remain some risk of incendive discharge and for this reason precautions are also necessary to avoid flammable atmospheres in the area where the blast cleaning is taking place.

不可避免地，喷砂清洗过程中会有一定的可燃性放电危险，因此需要采取预防措施避免喷砂清洗区形成易燃环境。

Triaminoguanidine is a kind of non-azide nitrogen-rich flammable compound, which has some advantages of high nitrogen, good thermal stability, and high positive formation enthalpy, etc.

摘要三氨基胍是一种非叠氮类、富氮型、可燃性化合，列含能化合具有高的正生成焓、热稳定性好、氮含量高等特点。

The result shows that it can effectively prevent the flammable liquid volatilizezing from the solid alcohol fuel by coating polymer on surface for the environment - friendly purpose.

结果表明,通高分子覆膜工,可以有效地抑制固体燃料可燃性液体的挥发,达到安全环保的作用。

Inevitably there will remain some risk of incendive discharge and for this reason precautions are also necessary to avoid flammable atmospheres in the area where the blast cleaning is taking place.

不可避免地，喷砂清洗会有一定的可燃性放电危险，因此需要采取预防措施以避免喷砂清洗区形成易燃环境。

Triaminoguanidine is a kind of non-azide nitrogen-rich flammable compound, which has some advantages of high nitrogen, good thermal stability, and high positive formation enthalpy, etc.

摘要三氨基胍是一种非叠氮类、富氮型、可燃性化合物，其系列含能化合物具有高的正生成焓、热稳定性好、氮含量高等特点。

The result shows that it can effectively prevent the flammable liquid volatilizezing from the solid alcohol fuel by coating polymer on surface for the environment - friendly purpose.

结果表明,通过高分子覆膜工,可以有效地抑制固体燃料中可燃性液体的挥发,达到安全环保的作用。

Inevitably there will remain some risk of incendive discharge and for this reason precautions are also necessary to avoid flammable atmospheres in the area where the blast cleaning is taking place.

不可避免地，喷过程中会有一定的可燃性放电危险，因此需要采取预防措施以避免喷区形成易燃环境。

Triaminoguanidine is a kind of non-azide nitrogen-rich flammable compound, which has some advantages of high nitrogen, good thermal stability, and high positive formation enthalpy, etc.

摘要三氨基胍是一种非叠氮类、富氮型、可燃性化，系列含能化具有高的正生成焓、热稳定性好、氮含量高等特点。

The result shows that it can effectively prevent the flammable liquid volatilizezing from the solid alcohol fuel by coating polymer on surface for the environment - friendly purpose.

结果表明,通过高分子覆膜工,可以有效地抑制固体燃料可燃性液体的挥发,达到安全环保的作用。

Inevitably there will remain some risk of incendive discharge and for this reason precautions are also necessary to avoid flammable atmospheres in the area where the blast cleaning is taking place.

不可避免地，喷砂清洗过有一定的可燃性放电危险，因此需要采取预防措施以避免喷砂清洗区形成易燃环境。

Triaminoguanidine is a kind of non-azide nitrogen-rich flammable compound, which has some advantages of high nitrogen, good thermal stability, and high positive formation enthalpy, etc.

摘要三氨基胍是一种非叠氮类、富氮型、性化合物，其系列含能化合物具有高的正生成焓、热稳定性好、氮含量高等。

The result shows that it can effectively prevent the flammable liquid volatilizezing from the solid alcohol fuel by coating polymer on surface for the environment - friendly purpose.

果表明,通过高分子覆膜工,以有效地抑制固体料性液体的挥发,达到安全环保的作用。

Inevitably there will remain some risk of incendive discharge and for this reason precautions are also necessary to avoid flammable atmospheres in the area where the blast cleaning is taking place.

不避免地，喷砂清洗过程会有一定的性放电危险，因此需要采取预防措施以避免喷砂清洗区形成易环境。

Triaminoguanidine is a kind of non-azide nitrogen-rich flammable compound, which has some advantages of high nitrogen, good thermal stability, and high positive formation enthalpy, etc.

摘要三氨基胍是一种非叠氮类、富氮型、可燃性化合物，其系列含能化合物具有高的正生成焓、热稳定性好、氮含量高等特点。

The result shows that it can effectively prevent the flammable liquid volatilizezing from the solid alcohol fuel by coating polymer on surface for the environment - friendly purpose.

结果表明,通过高分子覆膜工,可有效地抑制固体燃料中可燃性液体的挥发,达到安全环保的作用。

Inevitably there will remain some risk of incendive discharge and for this reason precautions are also necessary to avoid flammable atmospheres in the area where the blast cleaning is taking place.

不可地，喷砂清洗过程中会有一定的可燃性放电危险，因此需要采取预防措施喷砂清洗区形成易燃环境。

Triaminoguanidine is a kind of non-azide nitrogen-rich flammable compound, which has some advantages of high nitrogen, good thermal stability, and high positive formation enthalpy, etc.

摘要三氨基胍是一种非叠氮类、富氮型、可燃性化合物，其系列含能化合物具有高的正生成焓、热稳定性好、氮含量高等特点。

The result shows that it can effectively prevent the flammable liquid volatilizezing from the solid alcohol fuel by coating polymer on surface for the environment - friendly purpose.

结果表明,通过高分子覆膜工,可以有效地抑制固体燃料中可燃性液体的挥发,达到安全环保的作用。

Inevitably there will remain some risk of incendive discharge and for this reason precautions are also necessary to avoid flammable atmospheres in the area where the blast cleaning is taking place.

不可避免地，喷砂清过程中会有一定的可燃性放电危险，因此需要采取预防措施以避免喷砂清成易燃环境。

Triaminoguanidine is a kind of non-azide nitrogen-rich flammable compound, which has some advantages of high nitrogen, good thermal stability, and high positive formation enthalpy, etc.

摘要三氨基胍是一种非叠氮类、富氮型、可燃化合物，其系列含能化合物具有的正生成焓、热稳定好、氮含特点。

The result shows that it can effectively prevent the flammable liquid volatilizezing from the solid alcohol fuel by coating polymer on surface for the environment - friendly purpose.

结果表明,通过分子覆膜工,可以有效地抑制固燃料中可燃的挥发,达到安全环保的作用。

Inevitably there will remain some risk of incendive discharge and for this reason precautions are also necessary to avoid flammable atmospheres in the area where the blast cleaning is taking place.

不可避免地，喷砂清洗过程中会有一定的可燃放电危险，因此需要采取预防措施以避免喷砂清洗区形成易燃环境。