Environmental Products & Applications, Inc.
7 products found

Environmental Products & Applications, Inc. products

Road Dust Control Products

Envirotac<sup><span>®</span></sup> - Soil Stabilizer Element Polymers

Envirotac II, when applied, will penetrate into the soil, bonding the soil particles, and binding them in place. The treated area becomes very resilient to wear and our unique elasticity ensures the road will survive the onslaught of vehicular traffic, rain, snow, and various conditions that can wear down a road. The product is non hazardous, dries odorless, and transparent.

Envirotac<sup><span>®</span></sup> - Super Concentrate Soil Stabilizer Elements Polymers

Envirotac® SC consists of environmentally safe chemicals which work on principles of nano technology. The acrylic co-polymer creates nano composites within the soil fabrics and modifies the soils micro-structures. This increases the interconnection between the soil particles producing a homogenous and isotropic material. Increasing load bearing strength of all soils. Soils treated with Envirotac SC will present strength numbers similar to concrete but with increased tensile strength that is not present in concrete. We encourage Envirotac SC to be tested against any other form of soil stabilization and let the results of such dictate its purchase.

EPA Envirotac - Acrylic Copolymer for Soil Stabilizer

Features and Benefits: 55 gallon drums, 275 gallon totes, 5,000 + Bulk, Economy Grade, Environmentally Friendly, Great for Desk control and multiple applications for the road.

Polymers Products

EPA - Dust Control Polymers

With over 27 years in the industry, our certified experts know exactly how to eliminate dust on your site. Over the years, we have developed dust control polymers that work effectively & deliver clients maximum value on their investment. Envirotac dust control polymers reduce fugitive dust emission effectively and are ideal for road construction, airfields, helipads in remote sites & more. With our main office in the Coachella Valley we deal with some of the most stringent air quality requirements in the world. Put our knowledge to the test, we will save you time and money.

EPA - Soil Stabilization Solutions

We pioneered the industry in regards to using polymers for soil stabilization. The United States Military has used our Envirotac line of soil stabilizing products for years. Whether it be stabilizing in-situ soils for supply roads, helicopter pads, even runways for heavy cargo planes, Envirotac has been the preferred method. Envirotac polymers have been used on Mine Haul roads in Chile, RM roads in Canada, Plantations in Malaysia, and numerous places around the globe. If Soil Stabilization is required, you can count on the Envirotac line of polymers to perform.

EPA - Erosion Control Polymers

Our Envirotac line of erosion control polymers works great to protect slopes and embankments from Erosion. Envirotac being an acrylic polymer will penetrate the earth soil and upon curing will bond the soil particles together. This will "laminate" the area reducing water and wind penetration keeping soil sediment in place. Unlike mulch applications, it will not sheet off but will stay adhered to the soil. Also it will not harm vegetation and in many instances will increase germination rates.

EPA - Sub-Base Stabilization Polymers

The sub-base layer serves three functions. First it protects the sub-grade from over stressing. Second it provides a platform for the wear course layer. Third it serves as a drainage and filter layer. The United States Department of Transportation generally recommends that the minimum soaked unconfined compressive strength requirement for a cementitious sub-base be at 250 psi or greater. Soils and Sand stabilized with a very low dosage of our Envirotac line of polymers can easily achieve a soaked UCS many times greater than 250psi. Use Envirotac to create a stable and durable sub-base that when constructed will cater to heavy traffic and can absorb more deflection than any other stabilizer available on the market.