Abstract: A large container (2) comprising: a base component (3); four circumferentially arranged side walls (4, 8) of which at least one is attached to the base component (3) through at least one hinge and the at least one side wall is thus foldable towards the base component (3); at least one locking device at the foldable side wall (4) for attaching the foldable side wall (4) in folded up condition at least at one side wall (8) which joins the foldable side wall (4), wherein the locking device is arranged in a recess (10) of the foldable side wall (4), wherein the recess is configured so that the locking device is actuatable from inside and outside the large container (2).

Abstract: A large container (2) comprises a bottom part (3) and four side walls (4, 8), of which at least one is fastened with at least one hinge to the bottom part (3) and, by these means, can be folded down to the bottom part (3). At least one of the side walls (4, 8) has a movable side part (10), which is constructed so that by moving the movable side part (10), the corresponding side wall (8) can be opened partially.

Abstract: Collapsible container (1), which includes a carrying base part (20), collapsible side walls (30) and a lid (40). The side walls (30) are movably attached to said base part (20) by lower hinge members (31). The first and second side walls are moveably attached to an upper frame member (50) via upper hinge members (35). An upper edge of third and fourth side walls (33 and 34 respectively) are each provided with at least one locking lip (37), limiting the outwards movement by interacting with an inner edge (51) of upper frame member (50). The lid (40) is provided with an inner rim (41) which is interacting with inner edge (51) of upper frame member (50). The inner rim (41) is furthermore interacting with locking lips (37) thereby limiting inwards movement of third and fourth side walls (33 and 34 respectively) while lid (40) is arranged on collapsible container (1) whereby undesired collapsing of said collapsible container (1) is prevented when lid (40) is arranged on container (1).

Abstract: Thermally curate resin composition, having shrink-controlled properties and being suitable for use in sheet moulding compounds and bulk moulding compounds (SMCs and BMCs) comprising, inter alia (a) an unsaturated polyester; (b) an alkenyl aromatic monomer; (c) a low profile additive; (d) a peroxide initiator; (e) a thickening agent; (f) fibrous reinforcement material; and optionally one or more components selected from the group of (g) mould release agents; (h) wetting and viscosity reducing agents; and (i) fillers, wherein the composition also comprises a uret dione diisocyanate, in an amount of at least 0.2-1.0% by weight relative to the total weight of components (a), (b) and (c) of the resin composition. The resin compositions according to the invention in particular have a low emission of volatile organic compounds (VOC). More particularly, the resin compositions have excellent Class A properties.

Abstract: Collapsible container which includes a carrying base part, a plurality of collapsible side walls and a lid. A first and second side wall are movably attached to an upper frame member via upper hinge members. The first and second side walls are further parted into each an upper and lower section via a vertical folding line. An upper edge of a third and fourth side wall are each provided with at least one locking lip limiting the outwards movement of the third and fourth side walls by interacting with an inner edge of the upper frame member. The lid is provided with an inner rim which is interacting with the inner edge and with the locking lips thereby limiting inward movement of the third and fourth side walls while the lid is arranged on the collapsible container.

Abstract: Collapsible container (1) for transport and storage of goods, which container includes a carrying base part (20), a plurality of collapsible side walls (30) and a lid (40). The side walls (30) are movably attached to said base part (20) by lower hinge members (31), said side walls (30) being arranged as a first and a second side wall (31 and 32 respectively) being arranged parallel to each other and a third and a fourth side wall (33 and 34 respectively) being arranged parallel to each other and adjacent to the first and the second side walls (31 and 32 respectively). The first and second side walls are moveably attached to an upper frame member (50) via upper hinge members (35) The first and second side wall (31 and 32 respectively) are further parted into each an upper and a lower section via a vertical folding line (36).

Abstract: In a process for producing polyurethanes by reacting at least one polyisocyanate with at least one compound containing at least two hydrogen atoms which are reactive toward isocyanate groups, the compound having at least two active hydrogen atoms which is used is at least one polyether alcohol prepared by addition of alkylene oxides onto H-functional initiator substances by means of multimetal cyanide catalysis and the reaction is carried out in the presence of at least one metal salt.

Abstract: Catalyst suspensions for the ring-opening polymerization of alkylene oxides comprise a) at least one multimetal cyanide compound having a crystalline structure and a content of platelet-shaped particles of at least 30% by weight, based on the multimetal cyanide compound, and b) at least one organic complexing agent c) water and/or d) at least one polyether and/or e) at least one surface-active substance, with the proviso that at least component a) and at least two of the components b) to e) have to be present.

Abstract: In multimetal cyanide complexes, more than 30% by weight of the primary particles have a platelet-like habit, i.e. the length and width of the primary particles is at least three times the thickness of the particles.

Abstract: Catalyst suspensions for the ring-opening polymerization of alkylene oxides comprise a) at least one multimetal cyanide compound having a crystalline structure and a content of platelet-shaped particles of at least 30% by weight, based on the multimetal cyanide compound, and b) at least one organic complexing agent c) water and/or d) at least one polyether and/or e) at least one surface-active substance, with the proviso that at least component a) and at least two of the components b) to e) have to be present.

Abstract: The present invention relates to a mixture that contains (i) at least one isocyanate and (ii) at least one organic and/or inorganic acid anhydride.

Abstract: Polyester-polyether block copolymers can be prepared by catalytic addition of alkylene oxides onto H-functional initiator substances, using polyester alcohols as H-functional initiator substances and multimetal cyanide compounds as catalysts.

Abstract: Collapsible container (1) for transport and storage of goods, which container includes a carrying base part (20), a plurality of collapsible side walls (30) and a lid (40). The side walls (30) are movably attached to said base part (20) by means of lower hinge members (31), said side walls (30) being arranged as a first and a second side wall (31 and 32 respectively) being arranged parallel to each other and a third and a fourth side wall (33 and 34 respectively) being arranged parallel to each other and adjacent to the first and the second side walls (31 and 32 respectively). The first and second side walls are moveably attached to an upper frame member (50) via upper hinge members (35) The first and second side wall (31 and 32 respectively) are further parted into each an upper and a lower section via a vertical folding line (36).

Abstract: In a process for preparing polyether alcohols by catalytic addition of at least two alkylene oxides onto H-functional initiator substances, at least one multimetal cyanide compound is used as catalyst and the addition of the alkylene oxides onto the initiator substance includes incorporation of at least one oxyalkylene block during whose formation at least two alkylene oxides are metered in together and the ratio of the alkylene oxides to one another in the mixture is changed during the joint introduction.

Abstract: In multimetal cyanide complexes, more than 30% by weight of the primary particles have a platelet-like habit, i.e. the length and width of the primary particles is at least three times the thickness of the particles.

Abstract: In multimetal cyanide complexes, more than 30% by weight of the primary particles have a platelet-like habit, i.e. the length and width of the primary particles is at least three times the thickness of the particles.

Abstract: A process for preparing polyetherols by ring-opening polymerization of alkylene oxides onto H-functional initiator molecules, which comprises at least one process step a) in which a compound of the formula (I)

Abstract: A process for preparing polyetherols by ring-opening polymerization of alkylene oxides onto H-functional initiator molecules comprises at least one process step a) in which a compound of the formula (I) M′aM″b(OH)cOd* Ae*Lf  (I), is applied to a solid inert support or incorporated in the latter or molded to form a shaped body is used as catalyst, and at least one process step b) in which a multimetal cyanide compound of the formula (II) M1a[M2(CN)b(A)c]d·fM1gXn·h(H20) eL  (II) is applied to a solid, inert support or incorporated in the latter or molded to form a shaped body or in powder or paste form is used as catalyst.

Abstract: In a process for preparing polyether alcohols by catalytic addition of at least two alkylene oxides onto H-functional initiator substances, at least one multimetal cyanide compound is used as catalyst and the addition of the alkylene oxides onto the initiator substance includes incorporation of at least one oxyalkylene block during whose formation at least two alkylene oxides are metered in together and the ratio of the alkylene oxides to one another in the mixture is changed during the joint introduction.

Abstract: The present invention relates to a process for the preparation of polyether polyols by catalytic reaction of H-functional initiators with lower alkylene oxides, wherein the catalysts used are multimetal cyanide compounds and the H-functional initiators used are butane-1,4-diol, &agr;-hydroxy-&ohgr;-hydroxypoly(oxybutane-1,4-diyl), pentane-1,5-diol, decane-1,10-diol or mixtures of at least two of these compounds.