MUHU Construction Materials Co., Ltd. China

Muhu Construction Chemicals manufacture  Cold Weather Concrete Additives for the betterment of concrete. it is a new generation admixture mainly compounded by Naphthalene bass superplasticizer. Watch this Video:  www.youtube.com/watch?v=RZewU7p3BGw

Muhu China manufactures  Concrete Fiber Additive for  high-intensity bunchy monofilament fiber mainly made of PP by a special technique. MNC-PPF can effectively prevent temperature change, micro crack caused by plastic and dry shrinkage, etc, thereby prevent and control the growth and development of crack and improve effectively anti-crack，anti-infiltration，anti-concussion, and anti-shock of the concrete.

  Muhu Construction Chemicals Distributor of High Range Water reducer in the UK market. HRWR is commonly used to produce flowing, self-consolidating, or high-performance concrete. all muhu products are international industry standards.

MUHU Constructions China manufacture and distributor of  Cold Weather Concrete Additives in the UK.  it has anti-freezing, early strengthening, air-entraining, and water-reducing effect for concrete in very cold conditions. 

  Muhu Construction Chemicals one of the leading suppliers of  Chemical Admixtures in the UK Market.   Our all products in the United Kingdom comply with manufacturing, nationalized, or international principles.  Also, we supply Concrete Admixtures, water reducer, Concrete Additives & Superplasticizer, etc.

  Muhu Construction one of the leading suppliers of  Chemical Admixtures for Concrete in the UK.  MUHU in the United Kingdom manufactures more than 70 products, including PC Ether, SNF/PNS, SMF, SAF superplasticizer, set accelerators, set retarders, Air entraining agent, pumping aids, anti-freezing products, etc.

 Muhu Construction Chemicals produce high-quality Concrete Repair Materials for repair the concrete. Muhu offers a wide variety of  Concrete Repair in materials in the market. MUHU composite strengthening systems restore damaged concrete while increasing its load-bearing capacity.